The first Part 107 commercial drone pilot rules were enacted in August 2016. Eight years later, there are more than 400,000 certified remote pilots and more than 785,000 registered drones. 

Drone technology has already proven itself across a wide range of industries, including law enforcement, industrial inspections, precision agriculture, search and rescue, and more.

Although drone technology has changed a lot since the FAA first started regulating commercial operations, what has stayed the same is the need for skilled and legal drone pilots. 

With regulators making moves to strengthen the domestic market, now is the time to consider a career change or even pick up a side hustle as a drone pilot.

But how much can you make as a drone pilot? The answer to that question is more complex because a drone pilot’s salary can vary widely depending on several factors.

Let’s dig into the details and shed some light on the earning potential of commercial drone pilots.

Factors Affecting Drone Pilot Salary

To answer the question of how much drone pilots make, we need to examine the factors affecting drone pilot salaries. While many variables can affect what drone pilot jobs pay, most can be broken into one of four categories:

• Industry
• Experience level
• Location
• Employment type

How Industry Impacts Drone Pilot Salaries

One of the biggest factors that influence how much a drone pilot can earn is the industry in which they work.

Drones are used in many different sectors, each with its own pay scale. The latest trends in technology also impact each of these industries and what career paths are open to drone pilots.

• Real estate: In real estate, drones are often used to take aerial photos and videos of properties. These visuals can give potential buyers a better understanding of the property’s layout and surroundings. Real estate drone pilots typically earn a moderate salary, but those specializing in high-end properties can earn more. This is where most pilots, especially those using drones as a side hustle, typically work.
• Film and photography: The film and photography industry is another major employer of drone pilots. Drones are used to capture breathtaking shots that would be difficult or impossible to achieve with traditional cameras. Pilots in this industry can command high rates, especially if they have experience working on big-budget productions.
• Agriculture: In agriculture, drones monitor crops, map fields, and spray pesticides. The pay in this sector can vary, but experienced pilots with specialized knowledge in agriculture can earn a good salary.
• Inspection and maintenance: Drones are increasingly used to inspect and maintain infrastructure like bridges, power lines, and pipelines. This type of work often requires pilots to have specialized skills and certifications, which can lead to higher pay.
• Public safety and emergency services: Drones play an important role in public safety and emergency services, such as search and rescue operations, firefighting, and law enforcement. Pilots working in this sector might not earn as much as those in the film industry, but the work can be incredibly rewarding and offer job stability.
• Delivery services: Companies such as Amazon and UPS are exploring using drones for delivery services. While this sector is still in its early stages, it has the potential to offer good salaries as the technology and demand for drone deliveries grow.
• Military and government: The military and government agencies also employ drone pilots, often for surveillance, reconnaissance, and other tactical operations. Pilots in these roles can earn high salaries, especially with military experience or specialized training.

Role of Experience Level in Determining Drone Pilot Earnings

Another key factor in determining a drone pilot’s salary is their experience level.

• Entry level vs. experienced pilots: As in any other job, entry-level drone pilots typically earn less than those with more experience. However, the great thing about the drone industry is that there are plenty of opportunities to gain experience quickly. Many drone pilots start by taking on smaller, lower-paying jobs to build their portfolio. As they gain experience and improve their skills, they can start charging higher rates and taking on more lucrative jobs. Flight hours are a common way the industry tracks experience level. New pilots can expect to command hourly rates of $50 to $100, while experienced pilots can get much higher amounts.
• Certifications and licenses: Certifications and licenses can greatly impact a drone pilot’s salary. In the United States, for example, drone pilots must obtain a Part 107 certification from the FAA to operate commercially. Online courses like those provided by Altitude University and the Pilot Institute are excellent ways to prepare for the Part 107 exam. Pilots with additional certifications, such as those operating drones in specific industries or environments, typically command higher rates.

Location Matters: How Geography Affects Drone Pilot Pay

Where a drone pilot works can also have a significant impact on their salary. Some markets have more opportunities than others. Salaries can vary significantly from one area to another.

• Geographical differences in salary: Salaries for drone pilots can vary depending on the location. For example, drone pilots working in major cities or tech hubs like San Francisco, New York, or Los Angeles might earn more than those working in smaller towns or rural areas. This is partly due to the higher demand for drone services in urban areas and the generally higher cost of living.
• Cost of living impact: Considering how this affects a drone pilot’s salary is important. A higher salary in an expensive city might not go as far as a lower salary in a more affordable area. Drone pilots must weigh these factors when deciding where to base their operations.

Employment Type: Full time vs. Freelance Earnings for Drone Pilots

The type of employment a drone pilot chooses can also affect their earnings. There are pros and cons to each path you choose, and deciding one way or another depends on your goals and personal preferences.

• Full time vs. freelance: Some drone pilots work full-time for a company, while others operate as freelancers. Full-time positions often have steady salaries and benefits such as health insurance and retirement plans. On the other hand, freelance drone pilots have the potential to earn more by taking on multiple clients and charging higher rates. Still, they also have to manage their business expenses and deal with the uncertainty of fluctuating income.
• Salary vs. hourly rate: Drone pilots can be paid a salary or an hourly rate, depending on the job. Salaried positions typically offer more stability, while hourly rates can vary widely depending on the complexity and duration of the job. Freelancers often charge hourly or per project, and their rates can increase as they gain more experience and build a strong portfolio.

Exploring Salary Ranges for Drone Pilots: What to Expect

Now that we’ve covered the factors influencing a drone pilot’s salary let’s look at some average earnings.

• General salary ranges for different industries: On average, drone pilots in the real estate industry can expect to earn anywhere from $40,000 to $70,000 per year. Those working in the film and photography industry earn between $50,000 and $100,000, depending on their experience and the types of projects they work on. In agriculture, salaries typically range from $40,000 to $80,000. Pilots working in inspection and maintenance can earn between $50,000 and $90,000, while those in public safety and emergency services might earn between $40,000 and $75,000 annually.
• Comparison of salaries in different regions: Salaries can also vary based on location. For example, a drone pilot in California might earn significantly more than a pilot in the Midwest due to the higher demand for drone services and the higher cost of living in the state. In contrast, a drone pilot working in a rural area might earn less, but their cost of living would also be lower. Remember that there are always exceptions to the rule. I often work in very rural areas. Since I am the only pilot willing to take the work, I can often charge several thousand dollars for a single day’s work.
• Potential for high earnings in specialized roles: High earnings are even greater for drone pilots who specialize in a particular industry or have advanced certifications. Pilots who work on big-budget film productions or handle complex inspections for critical infrastructure can earn six-figure salaries. Additionally, those with a strong reputation and network can command premium service rates.

Proven Strategies to Boost Your Earnings as a Drone Pilot

If you’re a drone pilot looking to boost your earnings, here are some strategies to consider. These time-tested recommendations have helped many pilots rise to the top of their respective markets.

• Building a strong portfolio: One of the best ways to increase your value as a drone pilot is to build a strong portfolio that showcases your skills and experience. A portfolio with high-quality images, videos, and case studies can help you stand out to potential clients and employers.
• Networking and marketing: Networking is not just a bonus in the drone industry; it’s a necessity. Connecting with other professionals, attending industry events, and promoting your services online can increase your visibility and attract more clients. Social media platforms, especially LinkedIn and YouTube, can be powerful tools for marketing your services. Remember, it’s not just what you know but who you know that can make a difference in your career.
• Acquiring additional certifications: As mentioned earlier, having additional certifications can help you command higher rates. Consider pursuing certifications relevant to the industry you want to work in, such as thermography for inspections or cinematography for film work. Online learning platforms offer additional training beyond Part 107. Many schools offer classes in real estate photography, thermal inspections, cinematography, and more.
• Staying updated on industry trends: The drone industry is constantly evolving, with new technologies and applications emerging all the time. Staying updated on industry trends and continuing to learn new skills can help you stay competitive and increase your earning potential. Numerous conferences and events throughout the year are excellent ways to stay on top of the latest trends.

Maximizing Your Earning Potential as a Drone Pilot

The drone industry is an exciting and rapidly growing field, offering a wide range of opportunities for those interested in becoming drone pilots.

Whether you’re drawn to the creative aspects of aerial photography or the technical challenges of industrial inspections, there’s a niche for everyone. As you’ve learned, factors like industry, experience, location, and employment type play crucial roles in determining how much you can earn as a drone pilot.

Getting the proper training and certifications is essential if you’re ready to take the next step toward a lucrative and fulfilling career. Institutions such as Altitude University and the Pilot Institute offer comprehensive courses that can help you get certified and build the skills necessary to excel in this competitive market.

Investing in your education and staying current with industry trends will enhance your earning potential and position you as a leader in the drone industry. Reach out to these online schools today and start your journey toward becoming a highly skilled and successful drone pilot.

FAQs

What certifications do I need to become a commercial drone pilot?

To become a commercial drone pilot in the United States, you need to obtain a Part 107 certification from the FAA. This involves passing a written exam that covers topics like airspace regulations, weather, and drone operation.

What are the typical costs involved in becoming a drone pilot?

Becoming a drone pilot includes the Part 107 exam fee (around $175), a quality drone (ranging from $500 to several thousand dollars), and additional expenses for training courses, insurance, and software.

What legal considerations must I be aware of as a drone pilot?

As a drone pilot, you must follow FAA regulations, including flying within visual line of sight (VLOS), avoiding restricted airspace, and respecting privacy laws. Understanding local and federal regulations is crucial to operating legally and safely.

The post How Much Do Drone Pilots Make? appeared first on FLYING Magazine.

In planning sessions, pilots were understandably concerned anytime they would be sharing the skies with my artillery rounds. I would jokingly assure them that it was a big sky and a little bullet, so they should be fine. Pilots rarely laughed.

Whether it is artillery rounds, birds, or drones, pilots of crewed aircraft must be on the lookout for any foreign object that may collide with them. An otherwise uneventful flight can quickly become a nightmare if a collision occurs.

Of the many dangers out there, drones are quickly rising to the top of most pilot’s concerns. With almost 800,000 drones registered in the United States, the chance of an incident occurring is a real possibility. All pilots should understand the risks, rules, and regulations associated with drones. They should also stay informed of the tools and best practices for preventing damage from a drone collision the next time they fly.

Understanding the Risks of Drone Collisions

The number of registered drones continues to grow in the United States. Along with growing numbers of UAVs in the sky, many other factors increase the risk of collisions:

• Increased drone usage
• Lack of regulation and compliance
• Human error
• Low visibility of drones due to their size
• Airspace congestion

Thankfully, the majority of pilots, especially licensed Part 107 pilots, operate drones safely. Commercial drone pilots must pass the FAA test, and many attend training in preparation for the exam. Some of the best online courses include in-depth discussions of operations around crewed aircraft. The few incidents that do occur are typically not the result of operations by Part 107 pilots.

Given the large number of drones registered with the FAA, one would expect collisions to be more prevalent. While some collisions have occurred, they are rare. This is largely due to the quality of drone pilots and the increased number of drones with improved safety features. 

To date, there have thankfully been no fatalities as a result of a drone-plane crash. Some estimates, like those of the Flight Safety Foundation, have reported that there have been about two dozen suspected collision incidents since 1997. Here are a few of the more notable ones:

• 2022: Russian drone collision with passenger aircraft near Moscow, causing substantial damage
• 2020: Drone collides with Eurocopter AS 350B-3 in Canada, causing minimal damage
• 2017: Aircraft drone collision with US Army Sikorsky UH-60 Black Hawk helicopter, causing minimal damage

Incidents like these highlight the seriousness of the situation, as any could have resulted in more than just damage to the aircraft.

The main concern with drone collisions is the safety of pilots and their passengers. A drone is capable of causing significant damage to aircraft, potentially leading to catastrophic failure. Additionally, drones can interfere with critical aircraft systems, especially during takeoff and landing.

The potential for costly damages and loss of life means all pilots (crewed and uncrewed) must take the matter seriously.

Legal and Regulatory Framework

Before the FAA finalized the Part 107 on June 21, 2016, drone pilots had little regulation. The Part 107 is designed to allow UAV pilots to benefit from drone technology without placing undue risk on crewed aircraft.

Here are a few examples of Part 107 rules that keep drones from colliding with crewed aircraft:

• Pilots must keep drones within their unaided visual line of sight
• Drones can not be flown higher than 400 feet agl
• Pilots must have a minimum visibility of 3 miles
• Drones must follow the rules associated with controlled airspace, just like crewed aircraft

A recent addition that became a requirement in September 2023 (although not enforced until March 2024) was Remote Identification (RID). RID is a significant regulatory measure that requires drones to broadcast their ID, location, and control station information during flight. Government agencies are able to see the pilot’s personal information and the location from which they are flying.

When properly used, RID enhances airspace awareness, allowing the FAA and law enforcement to track drones in real time. This reduces security risks, ensuring compliance.

When the rules associated with the Part 107, including RID, are followed, the airspace becomes much safer. These rules keep drones flying outside of crewed aircraft space and allow for deconfliction when space needs to be shared.

Additionally, commercial drone pilots are required to report incidents to the FAA within ten days. The FAA considers an event reportable if more than $500 of damage is caused or if serious injury to a person, including loss of consciousness, occurs. Reporting helps identify and eliminate risks, ultimately increasing safety for everyone using the National Airspace System (NAS).

The Technology Behind Avoiding Drone Collisions

Rules and regulations are a great foundation to help crewed aircraft pilots avoid collisions with UAVs.

These rules help keep UAV operators flying safely, but what if the operator is untrained or reckless? That’s where technology comes in. Many technological advancements aid in avoiding a crash with a drone.

Here are four worth considering:

ADS-B Receivers and Transponders

Most pilots are familiar with Automatic Dependent Surveillance-Broadcast (ADS-B) receivers and transponders. These devices broadcast an aircraft’s position, speed, and altitude, allowing other aircraft and air traffic control to monitor their location in real time. ADS-B enhances situational awareness and helps avoid collisions with drones.

Portable Collision Avoidance Systems

Portable collision avoidance systems, such as TCAS (Traffic Collision Avoidance System) and FLARM (Flight Alarm), provide real-time alerts about nearby aircraft and drones. These systems use radar and other technologies to detect potential threats, offering pilots timely warnings to take evasive action.

Tablet-Based Apps and Accessories

Tablet-based apps and accessories have become increasingly popular in recent years. Apps like ForeFlight and Garmin Pilot provide real-time air traffic data, weather updates, and flight planning tools. There are also apps specifically for tracking RID on drones, such as Dronetag. Paired with accessories like portable ADS-B receivers, these apps help ensure each flight is collision-free.

AR Displays for Pilots

Finally, Augmented Reality (AR) displays are an emerging technology for pilots, providing enhanced situational awareness. AR displays overlay critical flight information, including the location of nearby drones, directly onto the pilot’s field of view. This technology allows pilots to quickly identify and respond to potential collision threats, improving overall flight safety.

Drone Operator Responsibilities and Preventions

Drone pilots can be broken into two groups: commercial drone pilots (Part 107) and everyone else. In most cases, such as the 2017 collision with a Black Hawk, the pilot was not a professional UAV operator.

Part 107 pilots have a record of operating safely and complying with all laws and regulations. They perform pre-flight checks, read METAR and TAF reports, stay within authorized airspace, and operate within the parameters established by the FAA.

Everyone else may or may not understand how their actions can increase the chance of a collision. The FAA requires non-Part 107 pilots to take The Recreational UAS Safety Test (TRUST), but enforcing this is challenging. Both crewed and uncrewed pilots need to spread best practices and regulations related to operating UAVs to anyone they know looking to fly drones.

One example is understanding and adhering to airspace classifications. For example, trained operators know how to fly in Class C versus Class B. They also understand restricted areas, including around airports and military bases. For those without training in this, apps such as Aloft can help determine whether or not a given area is safe to fly a drone in.

Manufacturers are also helping to avoid collisions. Drone anti-collision lights, GPS, and geofencing technologies installed by the OEMs help prevent collisions. Additionally, many drones have collision avoidance systems with sensors and cameras that help detect and avoid obstacles. These technologies enhance situational awareness and reduce the risk of collisions with crewed aircraft and other obstacles. It should never be forgotten that the best safety measure is the pilot.

Conclusion and Action Steps

A two-pronged approach of training drone pilots properly and utilizing advanced technology is crucial for preventing drone collisions.

Tools such as ADS-B receivers, portable collision avoidance systems, tablet-based apps, and AR displays can help pilots avoid drones near their aircraft. If you are flying without these technologies, you can learn more about them at trusted vendors like Sporty’s. 

However, no technology can replace an operator flying safely, so training all drone operators is key to preventing accidents. Only when crewed and uncrewed pilots work together toward a common goal of safety can the skies be safe for everyone. If you know a drone operator who needs help, encourage them to register with one of the many online Part 107 courses.

By learning the rules and regulations as well as adopting safety-enhancing technology, crewed and uncrewed pilots can contribute to a safer and more secure airspace for everyone.

FAQ

How many drones have collided with aircraft?

Collisions are extremely rare. Some have occurred, such as the September 2017 incident where a drone hit a US Army Sikorsky UH-60 Black Hawk helicopter. According to some estimates, there are around two dozen worldwide.

Do drones have collision avoidance?

It depends on the drone. Many drones now come with collision avoidance systems. Typically, smaller drones, which are designed more for recreation, do not. The best collision avoidance system is the pilot.

Where do most midair collisions happen?

There are too few collisions to support any particular location. Airports tend to be the area with the highest occurrence. This makes sense, given that aircraft landing and taking off are more likely to fly at the same level most drones are flown at.

The post Plane Pilots’ Guide to Drone Collision Avoidance Systems appeared first on FLYING Magazine.

These two factors have combined to create new opportunities for businesses and entrepreneurs. The FAA estimates that the number of commercial drones in the U.S. will exceed 835,000 by 2025, highlighting how big the industry is becoming.

If you aren’t a part of the more than 400,000 with remote pilot certifications, it’s not too late to become one. Starting a drone business can be highly lucrative if approached with careful planning and strategic execution.

Our guide will walk you through the essential steps to launching and growing a profitable drone business, from initial market research to scaling your operations.

These seven steps will help guide you in building a profitable business as a commercial drone pilot:

• Market research and business planning
• Certifications and licenses
• Equipment selection
• Insurance
• Marketing and sales
• Operations and safety
• Scaling your business

Strategic Market Research and Business Planning

Starting a new business without a plan is never a good idea. As the saying goes, those without a plan should plan to fail.

Even in a growing sector like the drone industry, one of the biggest mistakes you can make is jumping in without preparing yourself for the challenges all new businesses face. For this reason, this step is one of the most involved. 

Identifying Your Done Business’ Target Market

The first step in starting a drone business is identifying your target market and niche.

The drone industry is diverse, offering opportunities in areas such as aerial photography, videography, agricultural monitoring, real estate marketing, infrastructure inspection, and more. To succeed, you must decide which niche aligns with your skills, interests, and the demand in your region.

For example, if you have a background in agriculture, consider offering precision farming services, such as using drones for crop monitoring, soil analysis, and pest control. Alternatively, if you’re skilled in photography, you could target the real estate market, providing high-quality aerial imagery and videos for property listings.

Understanding the Drone Landscape

Once you’ve identified your niche, conduct a competitive analysis to understand the landscape. This analysis is very helpful in pointing out your competitors’ strengths and weaknesses, allowing you to differentiate your services and capitalize on market opportunities.

Start your analysis by identifying other drone businesses in your area or within your chosen niche and analyze their strengths, weaknesses, pricing strategies, and customer reviews. This research will help you identify gaps in the market and opportunities to differentiate your services.

For example, you might find that while there are many aerial photographers in your area, few offer advanced services like 3D mapping or thermal imaging, presenting an opportunity for you to fill that void.

Business Plan for the Drone Industry

Next, you will want to develop a business plan since it is essential for guiding your decisions and securing financing.

Plans come in all shapes and sizes, but most have some basic components. Your plan should include:

• Executive summary: An overview of your business, including your mission statement and objectives.
• Market analysis: Insights from your market research and competitive analysis.
• Service offerings: A detailed description of the services you plan to offer.
• Marketing strategies: How you will attract and retain clients.
• Financial projections: Revenue forecasts, expense estimates, and profitability analysis.
• Operational plan: How your business will function daily, including logistics, staffing, and management.

A well-thought-out business plan will serve as a road map, helping you stay focused and organized as you grow your business. An excellent and free resource worth exploring is the Small Business Administration website. Here, you will find a wealth of information on creating the perfect business plan.

Legal Structures for Drone Businesses

With a business plan in hand, you will want to decide on the best legal structure for your business.

Choosing the proper business structure is crucial for legal, tax, and liability reasons. Common structures include sole proprietorships, limited liability companies (LLCs), and corporations.

An LLC is often a good choice for small businesses, as it offers liability protection and tax flexibility. However, the best structure for your business depends on your specific circumstances. Before making this decision, it is best to contact an attorney and tax professional.

You must outline your services and pricing structure to complete your business plan. Clearly defining your service offerings and pricing strategy will help you understand your break-even point.

How will you charge clients for your services? Will you charge by the hour, by the project, or offer package deals? These questions need to be answered before you open your doors.

Research your competitors’ pricing to ensure your rates are competitive while reflecting the value you provide. Offering tiered pricing packages can attract a wider range of clients. 

Financial planning is critical for sustaining and growing your business. Your financial projection should cover startup costs (drones, equipment, certifications, insurance), ongoing expenses (maintenance, software subscriptions, marketing), and revenue forecasts. Consider different scenarios to prepare for potential challenges and opportunities.

Regularly revising your financial projections based on actual performance will help you stay on track and make informed decisions. At a minimum, you should do this once a year.

Marketing Your Drone Business

The final portion of this step involves deciding on the marketing and sales strategies that will determine how effectively you can attract and retain clients.

Identify the channels you will use to promote your services, such as your website, social media, email marketing, and industry events. Develop a sales strategy that includes outreach to potential clients, networking, and leveraging referrals.

Building a strong brand presence and reputation will be key to your long-term success.

Navigating Essential Certifications and Licenses

If you want to make money flying a drone in the U.S., obtaining the Part 107 Remote Pilot Certificate from the FAA is mandatory.

This certification ensures you understand regulations, airspace rules, and safety procedures crucial for drone operations. The process involves passing a knowledge test covering topics like weather effects, loading, performance, and emergency procedures. 

If you are unfamiliar with the exam material, you will need to study before taking it. Thankfully, there are many resources available to help you.

Drone pilot hopefuls can attend in-person training (the most expensive option) or purchase an online class from providers like Altitude University and the Pilot Institute. You can also find additional study materials on trusted sites like Sporty’s.

Additional certifications, depending on your niche, can also be valuable. For instance, a thermography certification is beneficial for those interested in thermal imaging, while certifications in Geographic Information Systems (GIS) or photogrammetry can enhance services in mapping or surveying. These credentials boost your expertise and make your services more appealing to potential clients.

Selecting the Right Equipment for Your Drone Business

Choosing the best drones and other equipment for your business is crucial. Your selection should align with the services you plan to offer.

For instance, aerial photography and videography demand drones with high-quality cameras and stable flight capabilities, while surveying and mapping require precision GPS and detailed data capture. 

Consider payload capacity, flight time, and camera quality to ensure your drones meet your business needs. Investing in reliable, high-performance drones is key to delivering top-notch services.

If you need help deciding what drone to buy, contact the professionals at the online schools mentioned earlier. They will be more than happy to point you in the right direction. You can also contact the larger manufacturers, like Autel Robotics.

In addition to drones, investing in spare parts and accessories is necessary to maintain your equipment in top condition, minimizing downtime. Spare propellers, batteries, landing gear, and accessories like gimbals, ND filters, and lights for flying at night are essential. Having these on hand ensures you can respond promptly to client needs without delays.

Securing Your Drone Business with Insurance

We all hate spending money on insurance, but it is one of those things you will be glad you have if you ever need it.

I’ve been a commercial drone pilot for close to a decade, and the few times I needed to file an insurance claim more than made up for the monthly payments. 

Drone insurance is crucial for protecting your business from potential financial losses due to accidents, equipment damage, or liability claims. While it may not be legally required, having insurance, especially for high-value projects or in risky environments, is highly recommended.

In my experience, most people looking to hire a drone pilot will want at least $1 million in liability coverage.

Drone insurance can cover physical damage to equipment, third-party liability, and, in some cases, data loss. Liability coverage is the most important part of protecting your business in case of injury or property damage caused by your drone. 

To minimize risks, implement comprehensive risk management strategies, including regular drone maintenance, thorough preflight checks, and strict adherence to safety protocols. Keeping your team well-trained in emergency procedures and up to date on regulations is essential for mitigating risks.

Effective Online Presence and Marketing Strategies

Building a solid online presence is crucial in today’s digital age.

Create a professional website showcasing your services, portfolio, and client testimonials. Optimize your site for search engines to enhance visibility and maintain active social media profiles on platforms such as YouTube, LinkedIn, and Facebook to connect with your audience and showcase your work.

Networking is another powerful tool for growing your business. Attend industry events, trade shows, and conferences to meet potential clients and partners. Joining local business groups and online forums related to your niche can also expand your network, leading to referrals and collaborations that benefit your business.

Content marketing is effective for establishing your expertise and attracting clients. Producing blog posts, videos, and case studies that highlight your knowledge and experience in the drone industry can engage your audience and demonstrate the value of your services.

Many of the large manufacturers, such as DJI, provide these case studies for free. Consistent content marketing helps build your brand and positions you as a thought leader in your niche.

On the sales side, pricing is a critical factor in attracting and retaining clients. Research your competitors’ pricing and offer competitive rates that reflect the quality of your services.

Consider offering different packages catering to various client needs and budgets, such as a basic package for aerial photography and a premium package that includes additional services like video editing or 3D mapping. Clear, transparent pricing builds trust with potential clients.

Ensuring Safe and Efficient Drone Operations

If you want your drone business to succeed, you must conduct all operations professionally and safely.

Developing flight plans and safety protocols is essential for ensuring the success of your operations. Each project should have a detailed flight plan outlining mission objectives, flight paths, and safety considerations, including identifying potential hazards and planning for contingencies.

Safety protocols, including preflight checks, communication procedures, and emergency response plans, should be established and followed without exception.

Adhering to FAA regulations is nonnegotiable for any drone business. Staying informed about the latest rules and guidelines, including airspace restrictions, altitude limits, and no-fly zones, is crucial. Online platforms like Aloft will help you do this. 

Ensure that all pilots on your team hold valid Part 107 certificates and follow FAA guidelines during every flight. Regularly review and update your operations to maintain compliance. Remember that recurrent training is mandatory every 24 months, so develop a system to track these deadlines.

Regular drone maintenance is vital for keeping your drones in optimal condition and preventing unexpected failures. Follow the manufacturer’s maintenance schedules, including battery checks, firmware updates, and motor inspections.

Promptly addressing any repairs will prevent compromising safety or project timelines. Maintaining detailed records will help track the performance and lifespan of your equipment.

As your business grows, hiring additional pilots or support staff may become necessary. Building a robust and well-trained team is essential for scaling your operations and delivering consistent, high-quality services.

Ongoing training ensures your team stays updated with industry developments, enabling them to handle complex projects and exceed client expectations.

Scaling and Expanding Your Drone Business

Once your business is established, consider expanding your services.

Starting with aerial photography, you could eventually offer additional services like drone-based mapping, thermal imaging, or even use your drone to help your local search and rescue team. Exploring new markets and industries can open up new revenue streams.

Partnerships and collaborations can also expand your reach and capabilities. Continuously investing in technology and equipment ensures you stay ahead of the competition and meet the evolving needs of your clients.

Building a Successful Drone Business

Starting a drone business can be highly rewarding with the right approach.

Conduct thorough market research, obtain necessary certifications, build a reliable drone fleet, and implement effective marketing and operational strategies to position yourself for success in this growing industry. Continuous learning, adaptation, and a focus on customer satisfaction are key to long-term success.

Take the first step today and start building your profitable drone business.

FAQs

Can a drone business be profitable?

Yes. Many people make a comfortable living with a drone service business. The key is to start a drone business using the steps we have discussed.

How much does it cost to start a drone business?

It depends on how specialized a niche you want to serve. In general, the more specialized the work, the more expensive the drone. You can start a drone business for less than $3,000 or spend hundreds of thousands of dollars depending on what services you plan to offer.

Can I start my own drone business?

Yes. It is very easy to start your own drone business.

How much money can I make with a drone?

It depends on many factors. A good range to consider for a full-time commercial drone pilot is between $40,000 and $100,000 per year.

The post How to Launch and Grow a Profitable Drone Business appeared first on FLYING Magazine.

Agriculture, construction, industrial inspections, first responder operations, real estate, archeology, and wildlife conservation are just a few sectors that have greatly benefited from drone technology. Industry trends show positive growth will continue for many years to come.

Commercial drone pilots are in high demand.

To become a drone pilot in the United States, you must have a Part 107 license. Getting the license is easy with the help of online courses such as Altitude University and the Pilot Institute. You will also need a drone capable of producing the type of products you are looking to provide your clients. 

While it might seem like the drone is all you need, the software your drone uses is just as important. Drones are excellent platforms for aerial data capture, but optimizing flights and processing the data to produce usable end products requires the right software for the job. 

As the industry continues to evolve, drone software has become just as important as the drones themselves. These software tools help pilots plan missions, process data, create 3D models, and even train for real-world scenarios.

The importance of these tools cannot be overstated, as they are the backbone that supports the growing capabilities of drones in various sectors. We will start by examining the industry giants—Pix4D and DroneDeploy—before delving into other notable software and emerging trends in drone technology.

Industry-Leading Mapping Software: Pix4D and DroneDeploy

For many sectors, drones realize their full potential in mapping applications. Construction, real estate, inspections, and survey applications all benefit from Unmanned Aerial Vehicles (UAVs).

Mapping software helps drone pilots create 2D/3D maps, point clouds, and highly detailed images that can be used to calculate distance and volumes.  

When it comes to drone mapping software, there are several options, but these two stand out as the industry leaders:

• Pix4D
• DroneDeploy

Pix4D

Pix4D is one of the most respected names in the drone software industry, particularly known for its advanced photogrammetry and 3D mapping capabilities.

Pix4D allows users to capture images with their drones and then convert them into detailed 2D maps and 3D models. This software is widely used across various industries, including construction, agriculture, environmental monitoring, and by government agencies.

Pix4D’s ability to create highly accurate maps and models makes it an essential tool for professionals who require precise data for analysis and decision making.

One notable example of Pix4D’s application is in the construction industry, where it has been used to create detailed 3D models of construction sites. These models allow project managers to monitor progress, identify potential issues, and ensure that construction is proceeding according to plan.

In agriculture, Pix4D has been used to analyze crop health, optimize irrigation, and manage land use more efficiently. The software’s versatility and accuracy have made it a go-to solution for professionals across various fields.

Pix4D offers a range of pricing tiers to cater to different users, from hobbyists to large enterprises. Their pricing structure includes options for monthly or yearly subscriptions, with different plans depending on the features required.

While Pix4D is a premium software, its pricing reflects the robust capabilities and professional-grade results it delivers, making it accessible to those who need high-quality mapping and modeling solutions. There are also discounts available for some groups like educators.

DroneDeploy

DroneDeploy is another leading software platform in the drone industry, known for its cloud-based architecture and seamless integration with other software tools.

DroneDeploy is particularly strong in agriculture, construction, and mining, where it is used for everything from crop monitoring to volumetric measurements. One of the standout features of DroneDeploy is its ease of use, allowing users to plan missions, capture data, and generate insights with minimal effort.

DroneDeploy has been successfully deployed in various real-world scenarios.

For example, in agriculture, it has been used to monitor crop health, optimize planting schedules, and reduce the use of water and pesticides. In construction, companies have used DroneDeploy to create detailed site maps, monitor progress, and improve safety by identifying potential hazards before they become problems.

The platform’s versatility and user-friendly interface have made it a favorite among professionals who need reliable and powerful drone software.

DroneDeploy offers a variety of pricing plans, including options for individual users, small businesses, and large enterprises. The platform is designed to be accessible to users at all levels, with an intuitive interface that reduces the learning curve.

DroneDeploy’s pricing is competitive, offering a range of features at different price points to meet the needs of a diverse user base.

Exploring Other Essential Drone Software: ArcGIS’ Drone2Maps, Litchi, and DJI Terra

While Pix4D and DroneDeploy dominate the space, they are not the only show in town.

These additional options can help those in specialized fields, like Geographic Information Systems (GIS), or support new drone pilots looking for a more economical mapping software option. Three worth exploring are:

• ESRI Drone2Map
• DJI Terra
• Litchi

ESRI Drone2Map

ArcGIS’s Drone2Maps is a powerful tool that integrates seamlessly with the ArcGIS ecosystem, making it an excellent choice for users who require advanced mapping and geospatial analysis.

Drone2Maps is designed to convert drone-captured imagery into high-quality 2D and 3D maps, which can then be analyzed using ArcGIS’ suite of tools.

Drone2Maps offers advanced geospatial analysis, data visualization, and mapping capabilities, making it ideal for users who need to work with complex geospatial data. The software allows for the creation of detailed orthomosaics, elevation models, and 3D meshes, providing users with the tools they need to conduct in-depth analysis and make informed decisions.

Industries such as urban planning and environmental monitoring have found great value in using Drone2Maps.

For example, urban planners can use the software to create detailed maps of city landscapes, helping them to plan new developments and manage existing infrastructure more effectively. Environmental monitoring agencies can use Drone2Maps to track changes in land use, monitor the health of ecosystems, and respond to environmental threats.

DJI Terra

DJI Terra is a mapping and modeling software specifically designed for DJI drones at the enterprise level. It is widely used in industries that require precise mapping and data analysis, such as construction, agriculture, and land surveying.

DJI Terra offers both 2D and 3D mapping capabilities, along with advanced data analysis tools. The software allows users to create detailed maps and models from drone-captured imagery, providing valuable insights for various applications.

DJI Terra is particularly well suited for users who are already invested in DJI’s ecosystem, as it offers seamless integration with DJI drones.

In construction, DJI Terra has been used to create detailed 3D models of construction sites, helping project managers to monitor progress and identify potential issues. In agriculture, the software has been used to analyze crop health and optimize land use.

Land surveyors have also found DJI Terra to be an invaluable tool for creating accurate maps and models of large areas.

Litchi

Litchi is a popular choice among both hobbyists and professionals for mission planning.

Known for its user-friendly interface and powerful features, Litchi allows users to plan waypoint missions, capture panoramic photos, and even use virtual reality mode for immersive flying experiences. It is also way cheaper than all the other software options mentioned.

Litchi’s key features include advanced waypoint missions, which allow users to program their drones to fly specific routes autonomously. The software also offers panoramic photo capture and a VR mode, providing users with a range of creative options for their drone flights.

Litchi’s versatility makes it suitable for various applications, from real estate photography to autonomous missions in more complex environments and mapping.

Litchi has been widely used in real estate photography, where it allows pilots to capture stunning aerial images of properties. It has also been used in autonomous missions, where precise control and pre-programmed flight paths are essential.

The software’s flexibility and ease of use have made it a favorite among users who need reliable, professional-grade tools without a steep learning curve.

Training Simulator for Developing Skilled Drone Pilots

As the demand for skilled drone pilots continues to rise, the importance of effective training tools becomes increasingly evident.

One of the most essential tools in a pilot’s training arsenal is the flight simulator, which provides a risk-free environment for honing skills and gaining experience.

Among the top training tools available, the Zephyr Drone Simulator stands out for its realistic flight experience and comprehensive training modules.

Zephyr offers a range of features that allow pilots to practice maneuvers, plan missions, and refine their flying skills without the worry of damaging expensive equipment. This simulator is particularly valuable for new pilots, offering them a safe and controlled environment to build confidence and proficiency.

Zephyr Drone Simulator is widely used in training programs designed for both novice and experienced pilots. By practicing in a simulated environment, pilots can develop the skills necessary for real-world operations.

Zephyr helps pilots enhance their abilities, ensuring they are better prepared for the challenges of commercial and recreational drone flying.

Emerging and Specialized Drone Software: Tailored Solutions and Future Trends

As drone adaptation increases, software engineers are looking to design more programs that support specific industries.

Specialized tools such as Agisoft Metashape and the Agras Management Platform have been developed to meet the unique needs of the agriculture industry. These tools offer advanced features for crop analysis, land management, and precision agriculture, helping farmers optimize their operations and improve yields. They are two examples of what the future of drone software has in store for it.

Additionally, tools such as Skycatch have been developed for inspection and surveying tasks. These tools offer advanced capabilities for capturing and analyzing data, making them ideal for industries such as construction, mining, and infrastructure management.

The future of drone software is likely to be heavily influenced by advancements in AI and automation. As these technologies continue to evolve, we can expect to see even more powerful and intelligent software tools that can perform complex tasks with minimal human intervention.

Drone software is also beginning to integrate with other emerging technologies, such as augmented reality (AR), virtual reality (VR), and the Internet of Things (IoT). These integrations will open up new possibilities for how drones are used, making them even more versatile and valuable across various industries.

Specialized Drone Software for Key Industries

Exploring the top software tools for drone pilots highlights the leading options such as Pix4D and DroneDeploy, along with other notable tools such as ArcGIS’ Drone2Maps, Litchi, DJI Terra, and essential training simulators, like Zephyr.

As technology advances, drone software is rapidly evolving, with new tools and features emerging to meet the industry’s changing demands. AI-driven automation and integration with emerging technologies signal a promising future for drone software.

Selecting the right software is vital for maximizing a drone’s potential. Whether for professional-grade mapping and modeling or user-friendly mission planning, there are numerous options to fit different needs.

Keeping up with the latest software developments is crucial for staying ahead and fully leveraging this dynamic technology.

FAQs

What is the best software to edit drone footage?

Adobe Premiere Pro and Final Cut Pro are among the top software options for editing drone footage, offering professional-grade tools and features.

Is drone mapping software expensive?

The cost of drone mapping software can vary, with options ranging from free or low-cost tools for beginners to more expensive professional solutions like Pix4D and DroneDeploy, which offer advanced features. 

Can I use drone software without a Part 107 license?

Yes, you can use drone software without a Part 107 license for recreational purposes. However, a Part 107 license is required for commercial drone operations in the U.S.

The post Best Drone Software Tools for Pilots: Maximizing Your UAV’s Potential appeared first on FLYING Magazine.

Accidents can happen, and given the potential for property damage or liability issues, drone insurance provides financial protection for both individuals and companies.

As the drone industry continues to grow, hundreds of thousands of drones are already taking to the air. As drone numbers increase, the skies will get more congested, and the likelihood of accidents will increase.

Even if you live in a rural area, malfunctions or bird attacks can occur, downing your drone even without any pilot error.

While it is always a good idea to talk to a licensed insurance agent before purchasing any policy, we’ll provide you with an understanding of what exactly drone insurance is so you can enter that discussion with some knowledge on the topic. 

Understanding Drone Insurance

Drone insurance is designed to cover the risks associated with operating uncrewed aerial vehicles (UAVs), especially for a commercial drone pilot.

Just like car insurance, drone insurance provides coverage for property damage, liability, and, in some cases, damage to the drone itself (hull coverage). Understanding the types of UAS insurance available can help you make an informed decision about the type and level of coverage you need.

Insurance comes in all shapes and sizes, but for drone pilots, there are three main types you should know about:

• Property damage coverage
• Liability insurance
• Hull coverage

Property damage coverage: This protects you if your drone causes damage to someone else’s property. For example, if your drone crashes into a car or building, property damage coverage will help pay for the repairs.

Liability insurance: This covers you if your drone causes injury to someone or if you face legal action due to an accident involving your drone. This is particularly important for commercial drone operators, as injuries or lawsuits can result in substantial financial losses.

Hull coverage: It covers the cost of repairing or replacing your drone if it is damaged in an accident. This type of coverage is particularly useful for expensive drones, where the cost of replacement is high.

Several factors can affect UAV insurance premiums, including the type of drone you’re using, your level of experience as a pilot, and how you intend to use the drone. Commercial drone pilots may pay more for insurance than recreational users due to the increased risks associated with business activities.

Why Drone Insurance Is Important

No one likes spending money when it seems like they are getting nothing in return. Drone insurance can feel like that, but there are several reasons why it is important.

First, many customers looking to hire commercial drone pilots will only look for pilots with insurance. Second, even if you have never had an accident, you can still lose a drone. I lost one due to a technical malfunction and saved several thousand dollars thanks to my drone insurance.

Here are some additional reasons why drone insurance costs are acceptable:

Legal requirements: Some jurisdictions may require commercial drone pilots to carry liability insurance. It is rare, but it can happen. In the United States, the FAA requires commercial drone pilots to have a Part 107 license but does not require you to have drone insurance. 

Financial protection: Drones can be expensive, and repairing or replacing them after an accident can cost thousands of dollars. Drone insurance helps cover these costs, protecting you from unexpected financial burdens. Also, if your drone causes property damage or injury, the resulting legal fees and settlements can be substantial. Insurance can save you from these potentially ruinous expenses.

Peace of mind: Operating a drone without insurance can be stressful, especially if you’re flying in high-risk areas such as urban environments or near crowds. Insurance gives both recreational and commercial users peace of mind, knowing that they are protected in the event of an accident or legal dispute.

Choosing the Right Drone Insurance Policy

When selecting a drone insurance policy, there are several factors to consider. Specific needs and types of coverage will vary from one pilot to another.

Here are some of the main considerations that will affect everyone:

Coverage limits: Look for policies that offer adequate coverage for property damage and liability. The amount of coverage you need depends on the value of your drone and the potential risks associated with your flying activities. For example, if you’re flying drones in busy urban areas, you’ll likely need higher liability coverage than if you’re flying in remote locations. A good industry minimum is $1 million of liability coverage.

Deductibles: Consider the deductibles associated with your policy. Higher deductibles can lower your insurance premiums but may require you to pay more out of pocket if you need to file a claim.

Exclusions: Be sure to review any exclusions in the policy. Some insurance policies may not cover specific types of accidents, such as those caused by pilot error or flying in restricted areas.

Comparing providers: There are several drone insurance providers on the market, and it’s worth comparing their offerings to find the best fit for your needs. Be sure to compare factors such as coverage limits, premiums, and customer reviews to determine the best value.

Drone Insurance Claim Process

Every drone insurance company has a slightly different process, but I’ll walk you through how SkyWatch Aviation Insurance handles its claim process since this is the insurance company I use and have filed claims with before.

Before getting into that, there are three points that need to be covered.

First, if you are doing commercial work, you need to have a Part 107 license.

I doubt any insurer will pay you if you are working and unlicensed. If you need a license, check out online courses such as those offered by Altitude University and the Pilot Institute or use study materials such as those on Sporty’s Pilot Shop website.

Second, remember your drone probably has a flight log that records what it is doing.

In the event you need to file a claim, the insurer will definitely ask to be sent the drone’s flight log. So, don’t think you can fly the drone in conditions where it isn’t meant to fly, crash it, and say there was a mechanical error. The insurer will look at the log. More to the point, saying something happened that didn’t would be insurance fraud.

Third, make sure you are paying your insurance bill. If you skip a payment, the insurer will not pay a claim. It seems like common sense, but it is worth mentioning.

Let’s review the process with a real example from one of my flights.

I was filming vacant land in California’s Mojave Desert a few years ago for a real estate client. During the last flight of the day, my drone suddenly turned away from me and took off in the opposite direction, deep into the desert. The controls wouldn’t respond, and when the drone’s battery finally died, it was in a location too dangerous to try and retrieve.

I wrote down what happened in my flight log, took a screenshot of the remote with the drone’s last location, and began the process of filing a claim.

For SkyWatch, you log in to your online account and fill out the claim form. The form basically has you provide all the information about the event and the loss.

Shortly after the form was submitted, I received a call from one of the representatives at SkyWatch. They had me recount the event (I assume to make sure my story matched the form), had a few additional questions, and requested my flight log.

After providing everything, I waited about two days, and I received an electronic deposit for the replacement cost of the drone minus my deductible. Within about a three-day period, I had gone from losing one of my drones to having the replacement in hand. It’s that simple.

Final Thoughts on Drone Insurance

My recommendation is to have at least $1 million in liability insurance and hull coverage on the drones you plan on flying.

For SkyWatch, I have liability coverage and hull coverage on two drones I use most of the time, and I pay around $70 per month. Make sure to keep records of your insurance paperwork on hand when you are flying. You never know when you might need them, so have them ready at a moment’s notice.

Drone insurance is an essential safeguard for both commercial and recreational operators. It provides legal compliance, financial protection, and peace of mind, ensuring that you’re covered in the event of an accident or safety incident.

By understanding the different types of drone insurance, choosing the right policy, and making sure you are ready to file a claim if needed, you can operate your drone with confidence and protect your investment.

FAQ

Is it worth getting drone insurance?

It depends on your level of comfort with regard to risk. Personally, I think every drone pilot should have insurance. It gives you peace of mind, and many clients will want you to have liability insurance.

Does the FAA require drone insurance?

No. There is no legal requirement to have drone insurance.

Do I need insurance for a drone?

Most people will tell you to at least have liability insurance. Hull insurance is optional, but many providers offer it for a few dollars a month. In most cases, it is worth it. The first time you lose a drone and can replace it by only paying a deductible, you’ll be glad you had it.

What is the average cost of drone insurance?

The cost varies between providers and what types of coverage you want. You can get good drone insurance for $50 to $100 a month.

The post Drone Insurance: What You Need and Where to Get It appeared first on FLYING Magazine.

The best drones for beginners are typically reliable, safe, reasonably priced, and, most importantly, easy to fly.

Whether the drone is intended for aerial videography or aerial photography, there are several options available for beginners.

Are you looking for the best drones to use as you start out flying them? Here, we review a few options with regard to pricing, ease of use, reliability, and other essential factors. 

Quick Look: Best Beginner Drones

1. Best for capturing 4K HDR video: Autel Robotics EVO Nano+
2. Best for low-light conditions: DJI Air 2S
3. Best for high-speed flying: DJI FPV
4. Best for both indoor and outdoor capturing: HOVERAir X1
5. Best for taking complex shots: DJI Air 3
6. Best for affordability: DJI Mini 4K

6 Best Drones for Beginners

Here’s a list of beginner drones that could be the perfect start to your drone flying journey:

Autel Robotics EVO Nano+

Autel Robotics EVO Nano+ is a great drone for new pilots. Small and easy to learn how to fly, the Nano+ is ideal for beginners looking to explore 4K HDR drone flying, thanks to its user-friendly design and advanced features. Weighing only 249 grams (8.8 ounces) and with a foldable, compact build, it’s easy to carry and fits anywhere. Its 1/1.28-inch CMOS sensor in a 3-axis gimbal captures stunning 50 megapixel (MP) images and 4K 30p videos, while the dual PDAF+CDAF autofocusing system ensures fast-moving objects stay in focus, even in low light.

Best for: Capturing 4K HDR video

Technical specifications: 

Special features: 

• 4K HDR video
• Under 250 grams
• Up to 50 MP stills
• 3-axis gimbal

Benefits:

• Extended flight time of 28 minutes
• Compact and portable
• User-friendly design
• Advanced autofocusing system

Disadvantages:

• 3-way obstacle avoidance sensors but not 360 degrees
• You need a smartphone to operate
• Some users report issues with the remote ID capabilities

DJI Air 2S

The DJI Air 2S is one of the best starter drones, particularly in low-light conditions, thanks to its Hyperlight feature that optimizes photos for enhanced clarity and reduced noise. Equipped with a 1-inch image sensor and large 2.4 μm pixels, it can capture stunning 5.4K/30 fps and 4K/60 fps video. The drone’s 10-bit Dlog-M color profile records up to 1 billion colors, ensuring rich detail and vibrant footage even in dim environments. The drone is easy to fly, even for new drone pilots who are taking to the skies for their first flight.

Best for: Low-light conditions

Technical specifications: 

Special features:

• Compact and foldable drone
• Up to 5K video
• 1-inch image sensor
• 7.4-mile transmission range

Benefits:

• Exceptional low-light performance
• High-quality imaging
• Advanced intelligence features
• Reliable video transmission

Disadvantages:

• No side obstacle sensors
• Only 8 GB of internal storage

DJI FPV 

If you are a new drone pilot looking for speed, the DJI FPV is the drone for you. The DJI FPV drone offers an unparalleled immersive flight experience with the DJI FPV Goggles V2 or DJI Goggles Integra, providing a super-wide 150-degree field of view for ultra-smooth, real-time visuals. It captures stunning 4K/60 fps video at up to 120 Mbps, ensuring crisp and detailed footage that matches the thrill of flight. Compliant with FAA Remote ID rules, the DJI FPV includes features like an auxiliary bottom light, Smart Return to Home (RTH), Low Battery RTH, and forward and downward obstacle sensing to enhance safety, even at high speeds.

Best for: High-speed flying

Technical specifications: 

Special features:

• Immersive flight experience
• Intuitive motion controller
• 4K/60 fps super-wide angle
• Emergency brake and hover

Benefits:

• Max speed up to 87 mph
• High-quality video recording
• OcuSync 3.0 transmission system
• Portable

Disadvantages:

• Low battery life of only 20 minutes
• It can be difficult to learn to fly at high speeds

Become an FAA-Certified Drone Pilot to Fly for Commercial Use

There are many excellent online courses, such as Altitude University and the Pilot Institute, to help you learn the material and pass the FAA’s Part 107 exam.

LEARN MORE

HOVERAir X1

The HOVERAir X1 is a flying camera perfect for beginners looking to familiarize themselves with drones. It is an intelligent follow-me camera drone that uses advanced tracking algorithms to seamlessly follow and capture your movements at speeds up to 15 mph, making it perfect for activities like cycling and skateboarding. The HOVERAir X1 incorporates advanced Visual Inertial Odometry (VIO) technology alongside a Time-of-Flight (ToF) laser altitude determination system, enabling precise control with centimeter-level accuracy. This sophisticated combination allows for smooth and seamless transitions between indoor and outdoor flying environments.

Best for: Both indoor and outdoor capturing

Technical specifications: 

Special Features:

• Intelligent flight paths
• Palm takeoff
• Portable
• Built-in propeller guards
• Self-flying

Benefits:

• Great for indoor flying
• Safe for use both indoors and outdoors
• Very portable and lightweight
• Propeller guards help prevent damage and injury

Disadvantages:

• Short flight time of only 11 minutes
• Poor battery performance

DJI Air 3 

Most drones are essentially flying cameras, and if you are looking for a drone to take complex shots as a beginner, look no further than the DJI Air 3. This drone captures breathtaking, immersive shots with its dual cameras, offering creative focal-length options perfect for travel photography. Compliant with FAA Remote ID regulations, it ensures safe and worry-free flying with omnidirectional obstacle sensing, even in challenging environments like forests. The drone records stunning 4K/60 fps HDR videos and impressive 48 MP images, allowing for high-quality crops that reveal surprising details.

Best for: Taking complex shots

Technical specifications: 

Special Features:

• Dual camera system
• Omnidirectional obstacle sensing
• O4 HD transmission system
• ActiveShots 360°

Benefits:

• High-quality imaging
• Enhanced safety
• Long-range transmission
• User-friendly features

Disadvantages:

• High price
• Some features might be difficult for beginners to learn

DJI Mini 4K 

You can find less expensive drones than the DJI MINI 4K, but none that match its quality and value. The DJI Mini 4K is an excellent choice for new flyers. It captures stunning 4K Ultra HD video with a 3-axis gimbal, ensuring cinematic-quality footage in various lighting conditions. With a 10 km maximum HD video transmission range and Level 5 wind resistance, this drone offers stable flights and clear video transmission, even in challenging environments. Additionally, it is beginner-friendly with one-tap takeoff/landing, GPS Return to Home, and intelligent QuickShots, making it easy for novices to create professional-level videos.

Best for: Affordability

Technical specifications: 

Special Features:

• 4K ultra HD camera with 3-axis gimbal
• Wind resistance and high altitude capabilities
• User-friendly interface
• Intelligent QuickShots

Benefits:

• Ease of use for beginners
• Extended battery life
• High-quality imaging
• Long-range HD video transmission

Disadvantages:

• No obstacle avoidance
• No follow-me function

What Is a Drone?

Drones are unmanned aircraft remotely controlled using software-controlled flight plans. Technically, they are aerial robots flown autonomously using GPS and onboard sensors.

How Does a Drone Work?

A drone offers two primary functions: navigation and flight mode. You need a power source, which is usually a battery, to fly a drone. Drones also include propellers, rotors, a frame, and a controller. The controller allows aircraft to launch, navigate, and land remotely. Drones connect to the controller using radio waves like wifi. The frames are typically lightweight to reduce the overall weight and enhance maneuverability.

What to Consider When Buying a Drone

Before buying a drone, you must consider several factors, especially as a beginner. While your choice should primarily depend on your needs and perceived expertise, below is a comprehensive guide on other major factors you should consider. 

Price

You must consider and choose the drone which best suits your budget. However, ensure you do not prioritize price over other essential factors. It is generally believed, though not entirely true, that low-priced drones are made of low-quality materials. Therefore, you should choose drones that are reasonably priced for the amount you are able to spend.

Camera

The primary use of a drone is to take amazing videos and images. Therefore, you must prioritize the camera quality, including the camera specifications, frame rate, shutter speed, image stabilization, and aperture. These factors and more are instrumental to determining the quality of photos and videos you can take.

Resolution

Your drone’s camera resolution should be between 2.7K and 4K to achieve brilliant cinematic effects. Generally, full HD (FHD) 1080 pixels is just perfect for beginners. With that resolution, you can capture amazing holiday or home videos and photos.

Battery Life

The battery life of your drone is also an essential factor to consider. Even the best drones barely surpass 30-minute flight times. Therefore, you can also consider carrying an extra power source whenever needed. Consider the cost of spare batteries when making a drone purchase. 

Licensing and Permits

Getting the correct licensing for flying a drone in the U.S. is extremely easy. All you have to do is be at least 16, read, speak, write, and understand English, be physically and mentally able to safely fly a drone, and pass the Unmanned Aircraft General – Small (UAG) test. That is not the end, however, because different states and even towns will have different rules and regulations regarding flying drones. 

CAA, commonly regarded as a drone license, serves as formal permission to fly a drone in the United Kingdom. Before flying a drone, ensure that you are compliant with U.K. regulations, and most importantly, safety. Where and how you want to use your drone also matters, as it determines the certification required. Regardless, ensure you are able to legally fly before choosing a drone.

Availability of Spare Parts

Generally, it is easier to find the spare parts of more popular drones. Access to spare parts is important—you will always need them. Therefore, ensure you choose a drone with readily available spare parts. Besides reducing ownership costs, prioritizing this factor ensures your drone spends more time in the air than in repair shops. These spare parts include landing gear, propellers, batteries, motors, controllers, and others.

Make Flying Fun

Flying a drone can feel frustrating at first because it will take some practice. As strange as it may sound to some people, playing video games can help you improve your dexterity and hand-eye coordination. Take the time to learn how to fly safely to not somehow hurt yourself, others, and especially not your drone. 

If drones and flying interest you but you don’t know where to start, subscribe to FLYING Magazine to learn more about popular aviation topics and stay up to date with all the happenings in this industry.

FAQ

How much does a decent drone cost?

You can find drones starting at $20 and going up to hundreds of thousands of dollars. Drones below $100 are typically low-quality toys. Look to spend at least $250 on a decent beginner drone.

Is it hard to learn to fly a drone?

No. If you purchase one of the drones in our list, you will find it is easy to learn to fly drones.

How do I practice flying drones?

Many users fly their drones immediately after unboxing. You may also need to watch some YouTube videos, try a software simulator, or consult other online training materials.

The post What Are the Best Drones for Beginners? appeared first on FLYING Magazine.

Are you looking to make real estate properties stand out? Consider drone photography.

Drones take real estate photography to new heights by capturing alluring aerial photographs of residential and commercial properties alike. Studies have shown that properties with aerial photos sell 68 percent faster than those with standard images. 

However, not all real estate drones are equal.

There are a lot of options, and we did not have the opportunity to review them all. But we did choose five to showcase. 

Quick Look: Best Drone for Real Estate

• Best for high-quality images: DJI Air 3
• Best for budget-friendly entry-level drone: DJI Mini 3 
• Best for first-person view shots: DJI Avata 2 
• Best for longest flight time: Autel Robotics EVO 2 PRO V3 
• Best for high-quality video footage: DJI Mavic 3 Pro

5 Best Drones for Real Estate 

If you are looking to take captivating shots that will entice buyers to view various real estate properties or bring more real estate agents to your drone business, here are five of the best drones for real estate photography.

DJI Air 3

Notable for: High-quality images 

If you want the best drone for real estate photography when it comes to high-quality images, look no further. The DJI Air 3 is ideal for high-quality images in real estate photography because of its dual-camera system that offers versatile focal lengths, enabling you to capture wide-angle and detailed shots effortlessly. Its 48MP camera produces stunningly detailed images, perfect for showcasing property features. The Air 3’s omnidirectional obstacle sensing ensures safe navigation around buildings and structures, providing peace of mind during flights. With 4K/60fps HDR video capabilities, it delivers vibrant and lifelike visuals. Additionally, its long battery life allows for extended shooting sessions, making it perfect for capturing extensive real estate properties.

Skill level: Beginner

Flight time: 46 minutes

Camera quality: Dual camera 48MP

Special features: 

• Dual-camera system: Provides versatile focal lengths.
• Omnidirectional obstacle sensing: Ensures safety in complex environments.
• 48MP camera: Captures high-resolution, detailed images.
• 4K/60fps HDR video: Delivers vibrant and lifelike visuals.
• O4 HD transmission: Provides stable video transmission up to 20 km.

Benefits: 

• Versatile imaging: Suitable for both wide-angle and detailed shots.
• Enhanced safety: Comprehensive obstacle sensing reduces collision risks.
• High-quality visuals: Produces professional-grade photos and videos.
• Long battery life: Allows for extended shooting sessions.
• Stable connectivity: Reliable live feed for smooth flight operations.

Disadvantages: 

• Heavier weight: Not as portable as lighter drones.
• Higher cost: More expensive than some other consumer drones.

DJI Mini 3

Notable for: Entry-level drone at a budget price

If you want a drone for real estate photography that won’t break the bank, consider the DJI Mini 3. The DJI Mini 3 is an excellent entry-level, budget-friendly drone for real estate photography due to its user-friendly features and high-quality imaging capabilities. Coming in at under 249 grams, this drone is powerful but easy for beginners to control. It captures stunning 4K UHD videos and detailed images with Dual Native ISO Fusion, which is ideal for showcasing properties. The True Vertical Shooting mode is perfect for social media posts, and its extended battery life ensures longer flight sessions. Additionally, its wind resistance and three-axis gimbal provide stable, smooth footage even in challenging conditions.

Skill level: Beginner 

Flight time: 38 minutes (more with extended battery plus)

Camera quality: 1/1.3-inch CMOS, Effective Pixels：48MP

Special features: 

• 4K UHD video capture: Provides high-quality video resolution.
• True vertical shooting: Ideal for social media content.
• Dual native ISO fusion: Enhances image details in various lighting conditions.
• Extended battery life: Offers up to 51 minutes of flight time with the Intelligent Flight Battery Plus.
• Level 5 wind resistance: Ensures stable flight and smooth footage.

Benefits: 

• No FAA registration required: Easy to use without additional legal steps for recreational use. You will need to register if you are using the drone for real estate photography
• High-quality imagery: Captures detailed and vibrant photos and videos.
• User friendly: Designed for beginners with features like GPS return to home and auto takeoff/landing.
• Portable and lightweight: Easy to carry and deploy quickly.
• Stable video transmission: Up to 10 kilometers of HD video transmission with anti-interference capabilities.

Disadvantages:

• Limited advanced features: Lacks some advanced features found in higher-end drones.
• Additional cost for extended battery life: Requires purchasing the Intelligent Flight Battery Plus separately to achieve maximum flight time.

DJI Avata 2

Notable for: First-person view shots and indoor photography

The DJI Avata 2 is an excellent choice for FPV and indoor real estate photography because it provides an immersive flying experience with intuitive motion control, making it easy for beginners to master. The drone’s ability to perform acrobatic maneuvers, like flips and rolls, allows for dynamic shots in tight spaces. Its super-wide 155-degree FOV and 4K/60fps video capability ensure stunning, detailed footage. The built-in propeller guard enhances safety, allowing more freedom when flying indoors. Additionally, its lightweight design and easy content creation tools make it perfect for capturing high-quality POV footage effortlessly.

Skill level: Intermediate 

Flight time: 23 minutes

Camera quality: 1/1.3-inch 12MP sensor

Special features: 

• Intuitive motion control: Hand movements control the drone, simplifying flying for beginners.
• Built-in propeller guard: Enhances safety and durability.
• Super-wide 155-degree FOV: Captures expansive, immersive footage.
• 4K/60fps video capability: Delivers high-quality, detailed video.
• LightCut app compatibility: Facilitates easy content creation with templates.

Benefits:

• Immersive FPV experience: Feels like flying from the cockpit.
• User-friendly controls: Simplifies flying for novices.
• Dynamic acrobatic capabilities: Enables professional-looking maneuvers.
• Safety for indoor use: Propeller guards make it safer to fly indoors.
• High-quality visuals: Produces stunning, detailed footage.

Disadvantages: 

• Higher price point: More expensive compared with some other FPV drones.
• Shorter flight time: Battery life may be limited for extended sessions.

Autel Robotics EVO 2 PRO V3

Notable for: Longest flight time with high-quality footage

The Autel Robotics EVO II Pro V3 is ideal for real estate photography due to its exceptional image quality and long flight time. It features a 1-inch CMOS image sensor that supports 6K video, offering high dynamic range and excellent noise suppression. The drone’s 40-minute flight time ensures comprehensive coverage of large properties. With 360-degree obstacle avoidance, it navigates complex terrains safely. Additionally, the advanced Moonlight Algorithm 2.0 and 12-bit DNG photos provide stunning night photography and greater flexibility in post-production, making it perfect for capturing high-quality real estate footage.

Skill level: Intermediate

Flight time: 40 minutes

Camera quality: 1-inch CMOS sensor 20MP

Special features: 

• 1-inch CMOS sensor: Supports up to 6K video resolution.
• Moonlight Algorithm 2.0: Enhanced low-light performance.
• Omnidirectional obstacle avoidance: 360-degree obstacle sensing with 12 visual sensors.
• SkyLink 2.0 video transmission: Transmits video up to 15 kilometers.
• Adjustable aperture: F/2.8 to F/11 for versatile shooting conditions.

Benefits: 

• Exceptional image quality: High dynamic range and low noise.
• Long flight time: Up to 40 minutes for extended shooting sessions.
• Comprehensive coverage: Ideal for large properties with 360-degree obstacle avoidance.
• Enhanced night photography: Better performance in low-light conditions.
• Stable video transmission: Reliable connectivity over long distances.

Disadvantages: 

• High cost: More expensive compared to other drones in its category.
• Complexity: Advanced features may be overwhelming for beginners.

DJI Mavic 3 Pro

Notable for: High-quality video footage with the largest repertoire of flight functions

The DJI Mavic 3 Pro is an excellent choice for high-quality video footage in real estate photography due to its advanced Hasselblad main camera, featuring a 4/3 CMOS sensor and 20MP resolution, which supports RAW photos and offers a dynamic range of up to 12.8 stops. Its omnidirectional obstacle sensing and APAS 5.0 ensure safe flying, allowing you to focus on capturing stunning footage. With a 43-minute max flight time, you can cover extensive properties without frequent battery changes. The DJI O3+ transmission provides a stable signal up to 15 kilometers, ensuring coherent camera views. Additionally, the new Vision Assist feature and upgraded firmware offer enhanced aerial safety and expanded post-processing options.

Skill level: Intermediate

Flight time: 43 minutes 

Camera quality: 4/3 CMOS sensor 20MP

Special features:

• Hasselblad main camera: 4/3 CMOS sensor with 20 MP resolution.
• Omnidirectional obstacle sensing: Ensures safe navigation.
• APAS 5.0: Advanced Pilot Assistance System for smooth flight.
• 43-minute max flight time: Extended flying sessions.
• DJI O3+ transmission: Stable signal up to 15 km.

Benefits: 

• High-quality video footage: Produces stunning 4K video with rich detail.
• Safe flying: Comprehensive obstacle sensing enhances safety.
• Long flight time: Covers large areas without frequent battery changes.
• Stable transmission: Reliable long-distance communication.
• Enhanced post-processing: Supports 10-bit D-Log M & HLG color modes for greater editing flexibility.

Disadvantages: 

• High cost: Expensive compared to other drones.
• Complex operation: Advanced features may be challenging for beginners.

What Are Drones Used for in Real Estate?

Drones are used in real estate to capture images and videos of the property and landscape.

For example, you can create a shot from the waterside toward a house without getting on a boat. 

You can also take footage from an upward angle, showing more of the property than if you were to do this at ground level. You can even record 360-degree video footage of the property. 

Drone photography is popular in both residential and commercial real estate.

How Do Drones Help Real Estate?

Drones allow real estate agents to show the lay of the land and the attractions around the property.

They are also used to take pictures to create overhead site maps of areas. Drone videography can even record a video tour of the property and its surroundings.

What to Consider With a Drone for Real Estate

According to FAA regulations, you must register any drone used for commercial purposes, and the user must acquire a drone pilot certificate.

After that, you can use a drone to create footage as long as you abide by regulations and stay out of zones with flight restrictions.

The DJI line of drones has a built-in geofencing system that automatically restricts the drone in such areas. But ultimately it is still the pilot’s responsibility to fly in a safe and legal manner. 

Skill Level

Some drones come with varying degrees of obstacle avoidance sensors. This means the drone will automatically move out of the way or stop moving toward an object. 

Unfortunately, the fewer of these functions it has, the easier it is to crash your drone, resulting in damage. Your camera’s image stabilization also matters as this might increase the skill level required to film smooth footage.

Flight Time

Flight time is the number of minutes you can have your drone in the air on a single battery. Therefore, it is essential to make sure your batteries are charged before using your drone. 

While it would be inconvenient if it stopped halfway through your session, most drones will fly back to the user when the battery reaches critical levels. You can always buy extra batteries if you require longer sessions.

Camera Quality

Having a good camera increases the quality of your images.

Generally, the sensor size of the camera and the number of megapixels the camera can shoot will determine the quality. 

Having stabilization technology will also create much sharper images when either the object or camera is moving.

Range

The operating range of a drone affects how far it can fly away from the user before input from the controller will no longer reach the drone. Therefore, if you fly your drone too far away or too high in the sky, you will not capture any footage or be able to control the drone. 

In the event that this happens, don’t worry. Most drones have a return home protocol, and they will fly back to you on autopilot.

However, no backup system is better than a pilot flying safely and avoiding these situations.

Choosing the Best Drone for Real Estate

There are a few things to consider when buying a drone for real estate. You should make your choice dependent on what you will be using the drone for and your skill level as a pilot. 

Some drones are more specialized than others. However, the DJI Air 3 is probably all-around the best bang for your buck. It has a great camera and some of the best functions and features without breaking the bank.

But ultimately, the option is yours. For the latest information about aviation and more, check out FLYING Magazine.

FAQ

How much do realtors pay for drone footage?

A basic photoshoot generally costs between $150 to $250 per hour. This rate can be higher depending on the time of day or even the drone pilot’s equipment. Videos can be more expensive at roughly $300 per minute of footage.

Is using a drone for real estate illegal?

It is entirely legal to use a drone for real estate as long as you have registered your drone, have acquired a drone pilot certificate, and are not flying in a zone with flight restrictions.

Do you need a license to be a drone photographer?

If you wish to use your drone for commercial purposes, you must register it and acquire a drone pilot certificate, even if your drone is in the sub 250 grams category.

The post Best Drones for Real Estate appeared first on FLYING Magazine.

Choosing the best racing drone depends on various factors such as price, speed, size, weight, agility, transmission speed, battery life, and motor power.

To help you find the perfect match, we’ve compiled a list of the top-rated racing drones on Amazon, complete with their features, pros, and cons. Whether you’re a seasoned racer or a newcomer, considering these aspects will guide you to the drone that best fits your needs and maximizes your chances of success.

Did you know commercial drone operators are required by the FAA to be licensed? Online courses such as those provided by Altitude University and the Pilot Institute will help you achieve success as a commercial drone pilot.

Pass the Part 107 test, take to the skies, and start earning money.

Quick Look: Best Racing Drone

• Best for overall features: iFlight Nazgul XL5
• Best for value: EMAX Tinyhawk II Freestyle
• Best for pocket drones: BETAFPV Cetus Pro
• Best for all skill levels: APEX VR70
• Best for overall design: DJI Avata 2

5 Racing Drone Options

Racing drones come in all shapes, sizes, and skill levels. There are a lot of options for racing drones and we did not have the opportunity to review them all.

But we did choose these five to showcase. As we begin the downhill slide toward the end of 2024, here are five racings drones you can grab on Amazon today:

iFlight Nazgul XL5

Notable for: Overall features 

This 5-inch standard Freestyle drone redefines performance and value. Featuring an ATF435 flight controller, BLITZ 1.6W VTX, and BLITZ E55S 2-6S 55A ESC, the Nazgul XL5 ECO delivers unparalleled performance and reliability. Made for true racers looking to build a drone from the ground up, this model starts with a carbon fiber frame and an aluminum camera mount offering lightweight durability while ensuring it withstands rigorous flights and crashes. The included GoPro mount provides versatility for capturing your epic freestyle flights, making it perfect for both recreational and professional use. Take your flying experience to new heights with Nazgul XL5 ECO, the ultimate racing drone choice for those seeking a balance of performance, durability, and value.

Camera quality: Depends on the build

Flight time: Up to 18 minutes, depending on the build

Configuration: The pilot will need to build from the ground up.

Special features: 

• Lightweight and durable construction: Made from a combination of carbon fiber and aluminum, ensuring robust protection for camera equipment without adding excessive weight.
• Anti-spark filter: When built according to iFlight specifications, includes a protective circuit to prevent rapid voltage or current spikes, extending the lifespan of XT60 connectors and protecting electronics from damage.
• Clear video output: Designed to prevent propeller obstruction in the video feed, enhancing the quality of aerial footage.
• Built-in buzzer and receiver mount: Facilitates easy maintenance and adjustments, improving user experience.
• DIY customization space: Equipped with standard 20×20 and 30.5×30.5 mounting holes, allowing for flexible and seamless integration of various flight stacks and VTX systems.

Benefits: 

• Enhanced durability: The carbon fiber and aluminum build provide exceptional durability, making the drone resilient to crashes and impacts.
• Improved safety: The anti-spark filter protects electronic components from damage, ensuring longer-lasting performance.
• Superior video quality: The design eliminates propeller interference in the video feed, resulting in clearer and more aesthetically pleasing footage.
• User-friendly maintenance: The built-in buzzer and receiver mount make it easy to maintain and adjust the drone, enhancing the overall user experience.
• Versatile customization: The flexible mounting options allow users to tailor their setup to their preferences, accommodating various flight stacks and VTX systems.

Disadvantages: 

• Complexity for beginners: The advanced features and customization options may be overwhelming for novice users new to drone racing.
• Additional costs: Customizing and maintaining the drone may require additional purchases of compatible parts and tools, potentially increasing the overall cost.

EMAX Tinyhawk II Freestyle

Notable for: Value

The EMAX Tinyhawk II Freestyle stands out as the best racing drone for value due to its optimized power system, featuring 1103 7000KV motors and AVAN Rush 2.5-inch propellers, which maximize flight time and efficiency. Its redesigned frame accommodates a higher-quality camera, enhancing the FPV experience with clear video transmission, eight times more powerful than its predecessor. Constructed from aerospace-grade 3K woven carbon fiber, the Tinyhawk II Freestyle offers exceptional durability and a stylish design. With speeds up to 120 km/h, it provides an unparalleled racing experience for its class. Additionally, EMAX offers a worry-free warranty, ensuring customer satisfaction and support.

Camera quality: Good, much better than its predecessor

Flight time: Four minutes

Configuration: Ready to fly

Special features: 

• Optimized power system: Features 1103 7000KV motors paired with AVAN Rush 2.5-inch propellers, providing excellent grip and thrust for various flying conditions.
• Enhanced FPV camera: Accommodates a high-quality RunCam Nano2 camera, ensuring clear and immersive video quality during flights​​.
• Powerful video transmission: The video transmission system is eight times more powerful than its predecessor.
• Durable construction: Built from aerospace-grade 3K woven carbon fiber, the drone is both lightweight and highly durable​.
• Versatile battery support: It supports both 1S and 2S HV batteries​.

Benefits:  

• Improved flight efficiency: The optimized power system maximizes flight time and efficiency.
• Superior video clarity: The high-quality camera and powerful video transmission provide clear and immersive FPV visuals.
• Robust durability: The carbon fiber construction ensures the drone can endure crashes and impacts​.
• Exciting racing experience: Capable of reaching speeds up to 120 km/h.
• User-friendly design: Features such as the built-in buzzer and receiver mount facilitate easy maintenance and adjustments.

Disadvantages: 

• Complexity for beginners: The advanced features and high-speed performance may be challenging for new pilots to handle.
• Short flight time: Despite its optimized power system, the flight time is limited compared to larger drones, necessitating frequent battery changes.

BETAFPV Cetus Pro

Notable for: Best pocket design

The BETAFPV Cetus Pro stands out as the best pocket racing drone for several reasons. Designed with FPV beginners in mind, it features an auxiliary flight function that simplifies operation, making it accessible for new pilots. Its powerful brushless motors allow for fast flying, racing, and freestyle maneuvers, helping users quickly progress from novices to advanced pilots. The drone offers three flight modes—normal, sport, and manual—with three speed settings, catering to various pilot preferences and environments. Additionally, its altitude hold function ensures stable hovering, and the self-protection feature safeguards the drone by enabling emergency landings during control loss or low battery situations. The innovative turtle mode allows the drone to flip itself upright after landing upside down, eliminating the need for manual retrieval and enhancing the overall flying experience.

Camera quality: Good but not great

Flight time: Four to five minutes

Configuration: Ready to fly

Special features: 

• Flight modes: Three flight modes—normal, sport, and manual—each with three speed settings (slow, mid, and fast).
• Altitude hold function: Allows the drone to maintain a stable hover at a set height.
• Brushless motors: Powerful brushless motors provide durability and better performance for fast and agile flying.
• Turtle mode: Enables the drone to flip itself upright if it lands upside down.
• Self-protection function: The drone can perform an emergency landing during control loss or low battery.

Benefits: 

• Beginner friendly: The auxiliary flight function and multiple flight modes make it accessible for FPV beginners.
• Versatile performance: The powerful brushless motors and multiple speed settings allow for various flying styles, from slow and controlled to fast and agile.
• Stable hovering: The altitude hold function ensures that the drone can hover stably indoors, making it easier to control and fly.
• Easy recovery: Turtle mode allows the drone to flip itself over after a crash, reducing the need for manual retrieval and minimizing downtime.
• Safety features: The self-protection function provides peace of mind by ensuring the drone can safely land or disarm during emergencies, reducing the risk of damage or loss.

Disadvantages: 

• Limited battery life: Very short flight times
• Complexity for true beginners: If you have never flown a drone, some features may be difficult to learn.

APEX VR70

Notable for: Ease of use for all skill levels

The APEX VR70 is an excellent racing drone for all skill levels due to its immersive VR flight experience, providing real-time, smooth visuals through FPV goggles with a 120-degree field of view. Its manual flight capability, combined with low-latency goggles, allows experienced pilots to perform freestyle maneuvers with precision. For beginners, the altitude mode offers stable, easy-to-control flying, making it perfect for practice before advancing to manual mode. The drone comes with three batteries, extending the flying time to 15-18 minutes, ensuring longer sessions of enjoyment. Additionally, the APEX VR70 supports other 5.8G FPV goggles, enhancing the shared experience with friends, and its after-sales guarantee ensures any product issues are promptly addressed.

Camera quality: Good but not great

Flight time: 15-18 minutes

Configuration: Ready to fly

Special features: 

• Camera: 1080p resolution, providing clear and immersive FPV visuals.
• Flight time: Up to 18 minutes per battery, with three batteries included for extended flying sessions.
• Transmission: Low-latency 5.8G transmission ensures responsive control and smooth video feed.
• Weight: Lightweight at 0.66 pounds (30 grams), making it agile and easy to handle.
• Dimensions: Compact size at 3.54 x 3.54 x 1.57 inches, ideal for both indoor and outdoor flying.

Benefits: 

• VR immersive flight experience: The included FPV goggles offer a super-wide 120-degree field of view, providing a real-time and smooth immersive flying experience.
• Beginner-friendly modes: The altitude mode stabilizes the drone for easy control, allowing beginners to practice and improve their skills before moving to more advanced modes.
• Durable design: Built to be drop-resistant, the drone can withstand crashes, making it suitable for novice pilots who are still learning.
• Extended flying time: With three batteries included, pilots can enjoy longer flying sessions without frequent recharging.
• Easy recovery with Turtle mode: The innovative Turtle mode allows the drone to flip itself upright if it lands upside down, reducing the need for manual retrieval.

Disadvantages: 

• Propeller issues: Propellers may occasionally pop off during flight, although replacements are included and easy to find.
• Camera quality: While the 1080p camera is good, some users might find it lacking compared to higher-end drones, particularly in low-light conditions.

DJI Avata 2

Notable for: Overall design 

The DJI Avata 2 stands out as the best racing drone for overall design due to its immersive flying experience, providing real-time visual feedback through FPV goggles that make you feel like you’re in the cockpit. Its intuitive motion control system allows effortless maneuvering with natural hand movements, making it accessible even for beginners. The drone’s ability to perform acrobatics like flips, rolls, and drifts without extensive training elevates any pilot’s flying skills. With a 155-degree FOV and a 1/1.3-inch image sensor, it captures stunning 4K/60fps footage, offering a unique visual experience. Additionally, the built-in propeller guard enhances safety and durability, allowing pilots to fly confidently in various environments.

Camera quality: Excellent

Flight time: 23 minutes

Configuration: Ready to fly

Special features: 

• Intuitive motion control: Hand movements control the drone, simplifying flying for beginners.
• Built-in propeller guard: Enhances safety and durability.
• Super-wide 155-degree FOV: Captures expansive, immersive footage.
• 4K/60fps video capability: Delivers high-quality, detailed video.
• LightCut app compatibility: Facilitates easy content creation with templates.

Benefits: 

• Immersive FPV experience: Feels like flying from the cockpit.
• User-friendly controls: Simplifies flying for novices.
• Dynamic acrobatic capabilities: Enables professional-looking maneuvers.
• Safety for indoor use: Propeller guards make it safer to fly indoors.
• High-quality visuals: Produces stunning, detailed footage. 

Disadvantages: 

• Higher price point: More expensive compared to some other FPV drones.
• Shorter flight time: Battery life may be limited for extended sessions.

What Is a Racing Drone?

A racing drone is designed for speed and agility as opposed to hovering, for which a hobby or professional drone is designed. Both can be FPV drones, but racing drone cameras are typically mounted on the front of the drone since the drone is usually moving forward. Racing drones also have faster transmitters, better antennas, and the ability to stop and accelerate faster than hobby drones.

How Does Racing a Drone Work?

Pilots of racing drones must maneuver over, under, and around obstacles throughout a designed course at speeds of up to 120 mph. Racing drones have the ability to test pilots’ skills, requiring them to pull off acrobatic feats at incredible speeds. Many pilots even like to design and build their own racing drones.

What to Consider With a Drone for Racing

Here are several factors to consider when selecting a drone for racing, depending upon your skill level, budget amount, and desired features: 

Configuration

Racing drones are available in different configurations. Most hobby drones or beginner drones come ready to fly (RTF), meaning they are functional right out of the box and require little to no assembly. 

Bind and fly (BNF) drones come without a radio controller, which you will have to supply and bind to your drone. Some enthusiasts prefer the range and capabilities of a purchased controller. 

DIY or almost ready to fly (ARF) are terms referring to kits that allow beginners or pros to build a custom drone. This type of racing drone allows pilots to understand the technology at a deeper level.

Expertise Level

Beginners typically prefer to purchase RTF racing drones because they are cheaper and can sustain crashes, which will happen more frequently until your skill level builds. Racing drone pilots with higher skill levels often prefer DIY kits or building from scratch due to the ability to customize their drones. 

Beginners can also build their own drones, as DIY kits are less complex than in the past. However, keep in mind that the cost can exceed that of an RTF drone.

Build

The weight and design of your racing drone will affect how it flies. Also, a sturdy frame will help minimize damage in a crash, and the weight of the frame will impact the control of your drone. 

If it’s too heavy, you will lack mobility, but if it’s too light, your drone will lack control. A standard, proven frame is recommended for your first build. Choosing a frame with enough space to fit your desired components is also important.

Goggles or Monitor

To view the flight path of your racing drone, you can use FPV goggles or an LCD screen located in the control unit. Using an LCD screen allows you to see the whole picture and see multiple views at once, and they are affordable. 

However, you will have to fight glare in brighter areas. FPV goggles are lighter and smaller, use less battery, and block sunlight, but they are costlier than LCD screens. You may also find FPV goggles slightly disorienting until you become used to using them.

Camera

It is important to have a camera with a clear image and high resolution. FPV cameras work on analog, so the resolution is measured in TVL, as opposed to the ratio measurement of digital resolution. 

A FPV camera can typically have a TVL of 420, 460, 700, or 800. It is recommended to have a camera with a resolution of 80 TVL, so you have clear image quality and minimum latency issues.

Transmitter and Receiver

The transmitter sends the camera’s feedback to the receiver in real time, which is essential because you do not want to miss an obstacle causing a crash. To avoid this issue, you will require a transmitter and receiver that are powerful enough to get the job done. 

These will mitigate the risk of latency during the video transmission. You will need to ensure that your transmitter and receiver are compatible and that the power is sufficient for your desired range and transmission speed.

Racing Drones for Beginners and Pros 

Whether you are a beginner or a seasoned pro, a DIY “drone engineer,” or a straight-out-of-the-box drone pilot, there is a perfect drone on the market for you. You now know what options exist for purchasing the best racing drone for you.

So, the next step is to subscribe to FLYING Magazine. That will make sure you stay on top of the latest and greatest information about drones along with all other aspects of the exciting world of aviation.

FAQ

How fast are drone races?

Skilled quadcopter pilots are capable of flying racing drones across three-dimensional courses at speeds of up to 120 mph.

Do racing drones break when they crash?

Racing drones are typically more expensive than hobby drones, and thus, more durable. Although, they can still break when they crash if the impact is hard enough. The propellers are the most vulnerable part and should be thoroughly checked if your racing drone crashes.

What makes a racing drone fast?

There are four components to a drone that create speed and make a racing drone faster—frame,  motor, propellers, and battery.

The post Best Racing Drones appeared first on FLYING Magazine.

At the time, I had a limited background in aerospace. One of the first things I learned was the importance, and often panic, associated with Aircraft On Ground (AOG) situations. If you are unfamiliar with this term, it means the aircraft cannot be flown until an aviation inspector has approved it for flight again.

Many of our clients were wealthy individuals with multimillion dollar private jets. In one case, shortly after I began working at the company, a leaking faucet we manufactured had caused an AOG on a client’s jet. To make matters worse, it was New Year’s Eve. I was in Las Vegas at the time, alone in my hotel room. I tried to frantically coordinate a remedy to the issue on my laptop as the rest of the city counted down the final seconds to midnight. It was that important.

Aviation inspectors are integral to resolving AOG situations efficiently and safely, minimizing operational disruptions for airlines and ensuring passenger safety in the air. Like any field in the aerospace industry, technology continues redefining aviation inspectors’ roles and capabilities.

For those already in this career or anyone looking to become an aviation inspector, understanding the latest innovations and safety regulations in this space is vital if you wish to be successful.

What’s Needed to Become Certified as an Aviation Safety Inspector? 

Recent events in the aerospace industry continue to prove the need for Aircraft Safety Inspectors (ASIs). Without these tireless professionals, it is unlikely that air operations would continue without a significant increase in safety incidences. 

ASI Pathways 

ASIs work within four specialty areas: avionics, manufacturing, maintenance, and operations. There is no specific path ASIs follow. One’s path to becoming an ASI combines education, training, and real-world experience. There are five categories to which each ASI must have some exposure:

• Educational background
• Certifications (A&P, IA)
• Experience requirements
• Physical and personal attributes
• Ongoing training and education

Education Requirements

If you are interested in this position, you will need a solid educational foundation. A high school diploma or equivalent is the minimum requirement.

However, having an associate’s or bachelor’s degree in aviation, aerospace engineering, or a related field will make you a more attractive candidate when applying to aircraft inspector job openings. Coursework in subjects such as physics, mathematics, and aeronautics is highly sought after.

Higher education not only provides the technical knowledge necessary for the role but also demonstrates a commitment to the field of aviation.

Certification Requirements 

ASIs must hold specific certifications to qualify for the position.

The most important of these are the Airframe and Powerplant (A&P) certification and the Inspection Authorization (IA). The A&P certification is issued by the Federal Aviation Administration (FAA) and allows an individual to work on aircraft engines and structures.

The IA certification, also issued by the FAA, enables the holder to conduct in-depth inspections and sign off on major repairs and alterations. These certifications ensure that ASIs have the necessary skills and knowledge to maintain and evaluate aircraft safety.

Work Experience

Experience in the aviation industry is extremely important if you want to be an ASI.

Candidates typically need at least three years of relevant work experience. You can fulfill this expectation by working as an aircraft mechanic, repair technician, maintenance supervisor, or similar occupations.

This hands-on experience provides a practical understanding of aircraft operations, mechanical repair and maintenance records, and safety protocols.

Physical and Mental Health

In addition to education and experience, ASIs must have the physical and personal attributes to perform their duties effectively.

Good physical health and the ability to pass a rigorous medical examination are essential, as the job often involves climbing, crawling, and working in confined spaces. Personal attributes such as attention to detail, analytical thinking, and strong communication skills are also crucial.

Inspectors must be able to identify potential safety issues and convey their findings clearly and concisely. Those without a backbone need not apply.

Professional Development

Finally, the aerospace industry is constantly evolving, and ongoing training and education are vital for ASIs to stay current with industry advancements.

Continuous professional development through FAA training programs, workshops, online classes, and seminars ensures that inspectors remain up-to-date with the latest safety standards, technologies, and regulatory changes.

How Aircraft Inspection Careers Are Changing

New technology significantly impacts ASIs by enhancing their ability to maintain aircraft safety and regulatory compliance.

Advanced diagnostic tools and software systems allow inspectors to perform more precise and efficient inspections. Drones and augmented reality (AR) are being used for detailed examinations of aircraft components, reducing the need for manual inspections in hard-to-reach areas. 

Data analytics and artificial intelligence (AI) are helping predict maintenance needs and identify potential safety issues before they become critical. This improves overall safety and operational efficiency in the aviation industry. These are amazing innovations, but they also require ASIs to never stop learning.

3 Technologies Impacting Aviation Inspector Jobs

Integrating new technologies into the world of aircraft inspections is transforming the role of ASIs.

New innovations are enhancing inspection capabilities, improving efficiency, and ensuring higher safety standards. Three of the most promising advancements are listed below:

• Drones
• Nondestructive Testing (NDT)
• Internet of Things (IoT)

Let’s explore the use of these technologies and what ASIs will need to do to get the most out of them.

Drones 

Drones have revolutionized inspections in aerospace. They provide an efficient solution for conducting inspections that are often challenging or dangerous for humans.

Equipped with high-resolution cameras and sensors, drones can capture detailed images and data from hard-to-reach areas, enabling thorough inspections without the need for scaffolding or heavy machinery.

The primary benefits of drone-aided aircraft inspections include increased safety, cost savings, and time efficiency. Drones minimize the need for human inspectors to work in hazardous environments, reducing the risk of accidents. They also significantly lower the costs associated with traditional inspection methods. 

Additionally, drones can cover large areas quickly, providing real-time data and allowing for faster decision-making. It is not uncommon for drones to cut aircraft inspection times down by several hours.

Drone-Specific Skills 

For ASIs or ASI hopefuls looking to utilize drones, you’ll need the following skills.

• Drone piloting: While many inspection drones use autonomy to conduct inspections, you will still need to be a proficient drone pilot. 
• Data analysis and interpretation: Inspectors must be able to analyze and interpret the data and images collected by drones, identifying potential issues and making informed recommendations.
• Regulatory knowledge: Understanding the regulations governing drone use is important to ensure compliance with local and federal laws. ASIs using drones are considered commercial users by the FAA.

Certifications Needed to Pilot Drones

Current regulations require commercial drone pilots to have the proper certification and training. At minimum, ASIs need to have the following.

• Part 107 certification: In the U.S, commercial drone operators must obtain the FAA’s Part 107 certification, which involves passing a knowledge test on airspace rules and regulations. Obtaining a Part 107 is relatively easy. Utilizing one of the many online training courses, such as those provided by Altitude University and the Pilot Institute, is a great place to start this journey.
• Specialized aviation drone courses: Additional specialized courses provide training in advanced drone operations, data analysis, and specific industry applications.

The field of drone-based inspections offers numerous career opportunities. ASIs with this skill set will likely see increased value in their field.

The growing demand for drone technology ensures a promising future for those with the right skills and certifications. ASIs could find work in flying drones for these inspections, consulting for drone-based inspections, and analyzing the data collected by drones.

Nondestructive Testing (NDT) 

NDT is an important aspect of aviation maintenance, ensuring the integrity and safety of aircraft without causing damage. NDT methods allow for the detection of flaws, cracks, and other defects in aircraft components, which are essential for maintaining high safety standards.

Recent advancements in NDT technologies have significantly enhanced their applications in aviation. Techniques such as ultrasonic testing, eddy current testing, and radiographic testing are now complemented by more advanced methods like Phased Array Ultrasonic Testing (PAUT), digital radiography, and infrared thermography.

These technologies provide detailed insights into the structural health of aircraft, enabling early detection and preventive maintenance.

NDT-Specific Skills

ASIs will need to understand the following if NDT interests them:

• Understanding of various NDT methods: Professionals must be well-versed in different NDT techniques and their specific applications.
• Data interpretation: Analyzing and interpreting data accurately to identify potential issues is crucial.
• Knowledge of materials and structures: A deep understanding of the materials and structural components used in aircraft is essential for effective NDT.

Certifications Needed for NDT 

Like drone-based inspections, NDT requires additional training and certification. Certification levels are the primary requirement. 

• NDT certification levels: NDT professionals must achieve various certification levels (Level I, II, and III), each requiring specific training and experience. Level III is the highest. Those with Level III certification can train those seeking Level I and II certifications.
• Specialized aviation NDT courses: Courses focused on aviation-specific NDT methods and applications are important for gaining the necessary expertise in this field.

The field of advanced NDT offers numerous career opportunities. Roles include NDT technicians, NDT engineers, quality control inspectors, and NDT trainers. These positions are available in airlines, aircraft manufacturing companies, maintenance, repair, and overhaul (MRO) organizations, and regulatory bodies.

The growing emphasis on safety and preventive maintenance in aviation ensures ASIs skilled in NDT will be in high demand.

IoT and Sensors 

IoT and related sensors have transformed aviation maintenance by enabling continuous monitoring and real-time data collection from aircraft systems. These technologies provide critical insights into the operational status of aircraft components, enhancing maintenance efficiency and safety.

IoT plays a pivotal role in predictive maintenance and real-time monitoring. Sensors installed on aircraft components collect data on various parameters like temperature, pressure, and vibration. This data is transmitted in real-time to maintenance teams, allowing for early detection of potential issues and enabling predictive maintenance strategies.

As a result of these sensors, unscheduled downtimes are minimized, and maintenance costs are reduced.

IOT-Specific Skills

ASIs interested in understanding the numerous IoT systems and sensors will need to familiarize themselves with the following:

• Understanding of sensor types and data: Professionals must be familiar with different sensor types and their specific applications in aircraft systems.
• Basic programming and data analysis: Knowledge of programming languages and data analysis techniques is essential for processing and interpreting sensor data.
• Systems integration knowledge: Understanding how to integrate IoT systems with existing aircraft maintenance infrastructure is crucial for effective implementation.

Certifications for IOT 

While not a requirement, given the speed at which these technologies are evolving, obtaining certifications and extra training is a good idea. These include the following:

• IoT certifications: Obtaining certifications in IoT technologies equips professionals with the skills needed to deploy and manage IoT systems.
• Data analysis courses: Courses in data analysis provide the necessary skills to interpret sensor data and make informed maintenance decisions.

The integration of IoT and sensors in aviation maintenance has created numerous career opportunities. Roles include IoT engineers, sensor data analysts, and systems integration specialists.

The industry increasingly relies on advanced technologies to enhance safety and efficiency. This means the aforementioned positions are in high demand within airlines, aircraft manufacturers, and maintenance organizations.

Prepare for Your Airplane Inspection Career to Take Flight

ASIs are vital for maintaining safety and efficiency. Emerging technologies like drones, NDT, and the IoT are transforming their roles. Drones enhance safety and efficiency, while NDT offers detailed structural insights. IoT enables real-time monitoring. 

To leverage these innovations, aviation inspectors must acquire additional skills and training in drone operation, advanced NDT techniques, and IoT systems integration.

Continuous professional development in these areas ensures inspectors remain effective and up-to-date, opening new career opportunities in aviation maintenance and inspection.

FAQ

How long does it take to become an aviation inspector?

When you factor in all the education, it can take six to 10 years. This includes two to four years of education, three to five years of relevant experience, and additional time for certifications and on-the-job training. 

How much do aviation inspectors make in the US?

Aviation inspectors earn an average yearly salary of $77,533. Wages can range from $35,342 and go up to $170,090. Generally, the more specialized an individual’s training and experience, the higher the wages.

What career cluster is an aviation inspector in?

Of the 16 career clusters, Aviation Safety Inspector falls within the transportation, distribution and logistics cluster.

The post 3 Tech Skills That Will Help Your Aviation Inspector Career appeared first on FLYING Magazine.

In one exam, due to a complete lack of studying, I scored so low that the professor felt obligated to tell me I could have guessed randomly and statistically scored higher. Soon after, I learned the value of studying and using test prep materials. As one would expect, my grades improved significantly.

These days, study guides, practice exams, online test preparation courses, and other resources make preparing for exams much easier. As part of the team at Altitude University, I speak every day with students who are looking for help passing the FAA’s Part 107 exam. 

The drone industry is expanding, and opportunities for new pilots are almost endless. There are many rules and regulations to learn, and the material can be a bit intimidating. However, if you want to become a drone pilot and fly commercially, the Part 107 remote pilot certification is a must. 

With so many resources available for the exam, selecting the best ones to help you earn your Part 107 drone license can be overwhelming. But don’t worry. This article will provide clarity and guide you toward the most effective resource for your needs.

Resources for Aspiring FAA Commercial Drone Pilots

Compared to now, there were very few resources available for test preparation when I first took the Part 107 license exam in 2017. In contrast, those currently seeking to become a commercial drone pilot have numerous studying options to help them ace the test. 

Let’s discuss a few of the best ones you should consider:

• FAA study materials
• Online courses and training 
• Test prep apps and desktop software
• Books
• Practice tests
• YouTube channels

FAA Study Materials

The FAA provides official study materials, including the FAA Part 107 Study Guide, and sample test questions.

These resources are free but offer only the bare minimum assistance in exam preparation. They address the topics covered on the exam, but most test-takers find that the material isn’t enough to make them feel confident in their ability to pass.

Pros: The materials are online and free for anyone to use.

Cons: Resources are mostly available in a PDF format, and there’s no opportunity to ask questions or receive feedback. 

Who it’s for: Students with a background in crewed aviation, such as licensed private pilots, and already fully understand the material covered in the FAA’s Knowledge Test

Online Courses and Training

In my experience, online courses are the most popular format for Part 107 licensing exam test prep. Courses offered by companies like Altitude University, Gold Seal, and the Pilot Institute combine video lectures with PDF handouts, quizzes, flash cards, and Part 107 practice exams. 

Most courses are taught by experts who also are working commercial drone pilots. Many schools boast thriving social media communities that you can join to enhance your learning experience.

Pros: Self-paced online training is the most popular and affordable training option.

Cons: This isn’t the ideal format for those who prefer fully live instruction. 

Who it’s for: Students who are comfortable not having a live instructor throughout the course

Test Prep Apps and Desktop Software

Test prep apps and software, such as ASA’s Prepware, offer a convenient way to study on the go. They typically include a database of practice questions, detailed explanations, and practice exams.

Prepware includes the same FAA book, figures, and full-color charts you’ll be issued at the Part 107 testing center, making the exam more familiar to test takers.

Pros: This is an excellent resource for those looking to test their knowledge on their own.

Cons: The platform has a somewhat dated look. 

Who it’s for: Those seeking to learn independently without instructor-led videos

Books

Study guides and reference books provide in-depth coverage of exam topics, practice questions, and answers. Many are written by commercial pilots who have worked in the field since the drone pilot test was introduced, and thus bring a wealth of knowledge to the content. 

Online pilot supply stores like Sporty’s count among the best places to find these books.

Pros: Books are excellent resources for anyone who gets impatient with online Part 107 classes.

Cons: Some may find the lack of instructor interaction unconducive to learning.

Who it’s for: Read/write-style learners

Practice Tests

Practice exams are designed to simulate the experience of taking the Part 107 FAA test. It’s important to remember, though, that practice exam questions aren’t identical to the ones found on the exam.

Still, they are similar enough to provide insights into what you can expect from the test. For instance, most drone practice tests use the same format as the actual 60-question, multiple-choice exam. They’re also timed and graded to help you identify which topics to review.

Pros: FAA Part 107 practice tests help aspiring pilots know which topics to focus on.

Cons: Exams aren’t usually designed to actually teach students Part 107 material.

Who it’s for: Students seeking an assessment of their readiness for the drone license test

YouTube Channels

Research indicates that people learn best through videos, which is why most online Part 107 courses are designed around video instruction modules.

YouTube offers a wealth of free videos on all drone-related topics, including remote pilot licenses and the FAA Part 107 exam. The best ones include comprehensive explanations of difficult topics, exam reviews, and study tips. 

Remember that anyone can upload a video to YouTube, so it’s best to look for ones produced by established experts, including content created by reputable Part 107 schools. 

Pros: Videos are available at no cost.

Cons: YouTube content quality is highly variable, so users must seek out videos from reputable sources.

Who it’s for: Future drone pilots seeking to augment their primary study materials or needing a quick refresher the day before the exam

Prepare Yourself by Enrolling in Part 107 Training

Everyone learns differently, but for most students, the most comprehensive and cost effective resources are online Part 107 courses. They offer professional instruction from experienced pilots and educators, ensuring that class content is relevant, accurate, and easy to understand. 

If you are interested in becoming a commercial drone pilot, all you need to do is pass the Part 107 exam. Start your journey today by exploring the resources listed above and see how easy it can be to join this exciting industry.

FAQ

How hard is the Part 107 drone test?

Like any exam, if you take the time to study, you should have no problem passing.

Can you take the FAA 107 test online?

No. The FAA requires the initial Part 107 exam to be taken in person.

How many questions are on the Part 107 test?

The exam consists of 60 multiple-choice questions. You have two hours to complete the test.

How much does the Part 107 test cost?

The cost of the exam is currently $175. 

The post Guide to FAA Part 107 Test Prep appeared first on FLYING Magazine.