Welcome to the world of FPV drones! This tutorial is designed to guide beginners through the process of building, flying, and tuning FPV drones. Whether you’re interested in racing, freestyle flying, or simply exploring the sky from a unique perspective, this tutorial provides valuable insights and practical advice to help you get started.
The tutorial covers a range of topics, including understanding the essential components, selecting the right gear, learning how to fly safely, and optimizing your drone’s performance. It also includes information on identifying your flying style, choosing the right size drone, and whether to build or buy your first FPV drone. With this comprehensive guide, beginners can embark on an exciting adventure and discover the limitless possibilities of FPV drone flying.
Table of Contents
Key Takeaways
- This tutorial is designed to guide beginners through the process of building, flying, and tuning FPV drones.
- It covers a range of topics, including understanding essential components, selecting the right gear, and optimizing drone performance.
- Beginners will learn about identifying their flying style, choosing the right size drone, and whether to build or buy their first FPV drone.
The Short Answer
For those looking to get started in the world of FPV drone flying, here’s a concise roadmap to help you get started:
- Purchase a radio controller that is compatible with FPV simulators. There are several options available in the market, and it is recommended to check out some top recommendations before making a purchase.
- Download your preferred FPV simulator and start practicing. It is suggested to explore some of the suggested FPV simulators to find the best fit for you.
- Dedicate at least 10 hours to simulator training while researching different FPV drone types and flying styles to determine the best fit for you.
- Build or buy your first FPV drone, or opt for a beginner drone kit – preferably something sturdy. It is recommended to aim for 100+ crashes under your belt before investing in a premium or more expensive model, which can save you money in the long run.
If you ever need assistance or guidance, it is suggested to reach out for help. You can leave a comment below, search online, or join forums such as “https://intoFPV.com” to consult with experienced pilots and have them review your parts list before ordering, which can help you avoid costly mistakes and save money as you progress.
What Is An FPV Drone?
An FPV drone is a type of drone that is equipped with a camera that streams live video to a set of goggles worn by the pilot. This allows the pilot to have a real-time “first-person” view of the drone’s surroundings, as if they were sitting in the cockpit. The live video feed provides an immersive experience, allowing the pilot to see the world through the drone’s eyes.
FPV drones are particularly popular for racing and freestyle flying, as the pilot can navigate through obstacles and perform aerial maneuvers with greater precision and control than with traditional line-of-sight flying. They are also ideal for capturing stunning aerial photography and videography, providing unique and cinematic footage that would be difficult or impossible to achieve with other camera types.
To fly an FPV drone, the pilot wears goggles to view the live video feed from the drone’s camera while using a remote controller with joysticks for flight control. The speed and agility of an FPV drone make it a truly sensational experience, requiring intense focus and skill to master.
The FPV drone community is supportive and enthusiastic, creating a welcoming environment for like-minded individuals to connect and share knowledge. While some pilots fly professionally, the majority fly FPV on their days off as a hobby.
Building and tuning an FPV drone is a rewarding technical endeavor, requiring skills in electronics, mechanics, and software. This guide will teach readers how to build, maintain, and repair an FPV drone, as well as how to fly and tune it for optimal performance. It offers a fantastic opportunity to learn new skills and engage in problem-solving.
How Much Does an FPV Drone Cost?
The cost of building an FPV drone can vary depending on the quality and performance of the components selected. To build a basic FPV drone, one needs a radio controller and simulator, FPV goggles, an FPV drone, and batteries, charger, and other accessories. The cost of a radio controller and simulator ranges from US$100 to US$300, while FPV goggles can cost anywhere from US$100 to US$700. The cost of an FPV drone ranges from US$100 to US$400, and batteries, charger, and other accessories can cost between US$100 to US$400.
Therefore, the total cost of building an FPV drone can range from approximately US$400 to US$1,800. However, one can achieve a decent-quality build for the least amount of cost.
For those who find building a drone from scratch overwhelming, complete ready-to-fly bundles are available. These bundles come with all the components needed to start flying. Although they may have lower quality and fewer features, they are often more affordably priced. A detailed discussion on ready-to-fly bundles will be provided later in the article.
Practice in Simulators
Learning to fly an FPV drone can be a daunting task, but practicing in a simulator is a safe and cost-effective way to get started and improve your skills. Simulators can teach you the basic controls of an FPV drone and help you develop the muscle memory your hands need. Furthermore, simulators allow you to practice advanced maneuvers and techniques, such as flips, rolls, and acrobatics, without the risk of crashing your drone.
There are many FPV simulators available, each with its own unique strengths. If you have a decent gaming PC, Liftoff and DRL are recommended, while Velocidrone is more likely to work better for those with a lower-spec PC. Both Liftoff and Velocidrone include built-in tutorials to help you learn how to fly and master Acro mode, which is essential for FPV flying.
To use an FPV simulator, it is recommended to purchase a radio controller that supports FPV simulators. This means USB HID/joystick support that is plug-and-play, without the need for dongles or adapters. It is important to avoid using Xbox controllers or keyboards, as they won’t provide the same benefits. Using a proper radio controller will help you build muscle memory and ensure you get the most out of your training.
It is strongly recommended to get some flight time in a simulator before buying or building your first drone. Ideally, one should aim for at least 10+ hours of practice in a simulator. The physics of modern FPV simulators are incredibly realistic, making the transition from a simulator to a real FPV drone relatively seamless. Practicing in a simulator can help you avoid damaging your real drone or causing injury while you learn to fly.
In summary, practicing in a simulator is an excellent way to get started and improve your skills in FPV drone flying. By using a simulator, you can learn the basic controls, practice advanced maneuvers, and build muscle memory without risking damage to your real drone.
The Types of FPV Drone
What is a drone?
Drones are unmanned aircraft that can be equipped with an onboard camera for aerial photography. They have historically been used for military purposes and for carrying cameras and equipment.
What is a multirotor?
A multirotor, also known as a multicopter, is a type of drone that has more than one main motor or propeller. The number of motors/rotors determines the type of multirotor, such as a tricopter with three motors/rotors, a quadcopter with four, a hexacopter with six, and so on.
What is a Mini Quad?
A mini quad, also known as an FPV drone, is a small quadcopter designed to be fast, agile, and crash-resistant. They have become more powerful over time, with higher battery voltages and range, leading to incredible power-to-weight ratios and top speeds of up to 180mph (290km/h) for the fastest racing drones.
What is a Micro Quad?
A micro quad is a smaller version of a mini quad with 3″ or smaller propellers and a frame size (wheelbase) of 150mm or less. The size of an FPV drone is determined by the maximum propeller size it supports.
5-Inch
5-inch FPV drones are versatile, with a great balance between power, efficiency, and agility. They are suitable for freestyle, racing, and even long-range flying. Components are widely available and easy to work with. They can carry an action camera like GoPros. A typical 5″ FPV drone weighs around 500g-700g, including the battery, and has an average top speed of 120km/h.
4-Inch
4-inch drones gained popularity due to the 250g weight limit introduced in some countries. They are the biggest drone size that can achieve this weight limit without giving up too much performance.
2-Inch, 2.5-inch and 3-Inch
2-inch and 3-inch drones are popular because of their small size and decent performance. They can do nearly anything a 5-inch drone can do, except for carrying a GoPro.
Tiny Whoops
Tiny Whoops are small, ducted FPV drones designed for indoor flying. They are lightweight, easy to fly, and relatively inexpensive. Their built-in prop guards (or “ducts”) protect people and objects from the propellers.
Ultralight (toothpick)
Ultralight drones, also known as toothpicks, are small, light, and designed for performance. They are not made for crashes, but for pure performance by making them as lightweight as possible.
Cinewhoops
Cinewhoops are 3″ or smaller drones with propeller protectors (ducts) designed for capturing cinematic footage with an HD camera like a GoPro. They are meant for slow, smooth flights and not for freestyle or acro flying, and they are safe for indoor flying.
6 Inch and 7 Inch
6-inch and 7-inch drones can have a higher top speed and can carry more payload than a typical 5″ drone, such as a larger battery, therefore they are suitable for long range. However, they tend to carry more momentum and are not as agile as the smaller 5″, therefore they are not as popular for freestyle and racing.
X-Class and Beast Class
X-class and Beast class drones are the largest and most powerful in this list, and are not recommended for beginners due to their high cost, maintenance, and potential danger. They are typically used for racing or high-performance flying.
Cinelifter
Cinelifter drones are octocopters in X8 configuration, usually running 6-8″ propellers. They are designed to carry high-end cameras for professional shooting.
What size is right for you?
For beginners, a 5″ FPV drone is highly recommended due to its versatility in flying style, it can do almost everything: freestyle, racing and cinemaphotography. It’s powerful enough to carry a GoPro and is the most popular size, making it easier to find help and support online. Ultimately, the size of the drone you choose will depend on your flying preferences and goals, as well as the regulations and restrictions in your area.
Identify Your Flying Style
Freestyle
For those who enjoy creativity, tricks, and maneuvers, freestyle flying is the perfect style. There are no rules to how you can fly, so the sky is the limit (and the ground, so try not to crash!).
Durability and responsiveness are crucial for freestyle flying. It is important to choose motors with high torque, ESCs with sufficient current handling capabilities, and frames with strong materials and a robust design.
Racing
FPV racing involves competing against other pilots on a designated course with gates and flags. Speed, agility, and durability are crucial in racing.
To build a racing drone, it is recommended to opt for lightweight frames, powerful motors, and ESCs that can handle high current. Low-latency FPV systems with adjustable power output are also crucial. Additionally, a high-performance radio link with low latency and high refresh rate are important to maintain precise and reliable control at high speeds.
Long Range
Long-range flying aims to cover great distances while maintaining a low-key, efficient cruising style. Efficiency and reliability are key for this type of flying.
To build a drone for long-range flying, it is recommended to choose motors with lower KV ratings for better efficiency, and use larger capacity LiPo or Li-ion batteries to extend flight time. Consider deploying GPS and telemetry for navigation and real-time data monitoring. Long-range radio systems like Crossfire or ExpressLRS are recommended to ensure a strong signal even at great distances.
Cinematic
Cinematic FPV flying focuses on capturing smooth, stable footage in epic locations, without too many acrobatic moves. The ideal build for cinematic flying depends on the specific job.
Consider using drones specifically designed for this purpose, such as Cinewhoops or 5″-7″ freestyle builds carrying GoPro. Larger drones (5″, 6″, or 7″) can provide more stability and better wind resistance, while smaller drones can access tight spaces for unique shots.
Affordable FPV Drone Kits for Beginners
For beginners looking to get into FPV drone flying, there are affordable ready-to-fly (RTF) kits available that include everything needed to start. These kits are a great way to test the waters without investing a fortune upfront. Two great examples of beginner-friendly FPV kits are the BetaFPV Cetus X FPV Kit and the Emax TinyHawk II Freestyle.
The BetaFPV Cetus X FPV Kit includes a drone, radio, FPV goggles, battery, and charger. Before taking the drone to the skies, beginners can use the included radio controller to practice flying in FPV simulators like DRL, Liftoff, and Velocidrone. Once comfortable in the simulator, beginners can try flying the Cetus micro drone in the house or local parks.
The Emax TinyHawk II Freestyle is a more advanced drone that offers excellent performance and value for mainly outdoor flying. This drone is a great option for beginners who plan to continue using the same FPV setup for future builds.
It’s important to note that while RTF kits provide a budget-friendly entry point, they often include lower-quality goggles and radio controllers with limited features. As beginners progress in the hobby, they may outgrow these components and need to invest in better equipment.
If beginners are confident that they will stick with the FPV hobby and have the budget to do so, it’s recommended to consider purchasing higher-quality goggles and radio controllers from the beginning. This way, they can avoid the need to replace them as they advance in the hobby, ultimately saving money and enhancing their flying experience from the start.
Should You Build or Buy Your First FPV Drone?
As a beginner in the world of FPV drones, it can be tough to decide whether to build or buy your first drone. Both options have their advantages and disadvantages. Here are some factors to consider:
Build Your First FPV Drone
Building your first drone has several benefits:
- Experience and Skills: Gaining hands-on experience with drone components and assembly will enable you to diagnose, repair, and upgrade your drone in the future.
- Budget: Building your own drone can be more cost-effective, especially if you already have access to the necessary tools and parts.
- Customization: By choosing your own parts, you can tailor your drone to your specific preferences and needs.
While there are affordable DIY kits available such as the Eachine Tyro79, they may be lower in quality. If you prefer higher-quality components, you can purchase parts separately and follow expert recommendations.
Buy a Pre-Built FPV Drone
If you prefer to spend more time flying and less time building, a pre-built drone might be a better choice. Keep in mind that the closer a pre-built drone is to “perfect,” the more expensive it will be. And if you break it, you’ll likely need to learn how to solder and repair it anyway.
In conclusion, building your first FPV drone can be a fun and rewarding experience that teaches you valuable skills for maintaining and upgrading your drone. However, if you prefer to focus on flying, a pre-built option may be more suitable. Regardless of your choice, consider seeking advice from experienced pilots before spending money. Online forums, like IntoFPV, are great places to connect with knowledgeable pilots who are happy to help newcomers to the hobby.
Parts and Equipment
Choosing Components
When building an FPV drone, selecting the right components is crucial. It can be challenging to choose the right components for your first build, so it is recommended to use popular components to ensure more available support if you encounter issues. Research is also essential, and one can always seek help on forums like IntoFPV. To avoid hardware incompatibility, one can consider following someone else’s parts list. Hardware compatibility primarily depends on mounting sizes, which vary for different components like FCs/ESCs, cameras, motors, and propellers.
FC/ESC Sizes:
Flight controllers (FCs) and electronic speed controllers (ESCs) come in three main sizes: 30.5×30.5mm, 20x20mm, and 25.5×25.5mm.
FPV Camera Sizes:
FPV cameras have different widths, such as Full size (28mm), Mini (21mm), DJI OG Cam (20mm), Micro (19mm), and Nano (14mm). The camera size one needs depends on the frame’s compatibility. One can mount other camera sizes using 3D printed camera holders.
Motor Mounting Sizes:
Motor base mounting sizes typically use four screws in a square or triangle pattern. Common sizes include 19mm (7″ quads), 16mm (5″ quads), 12mm (Ultralight 5″ or heavier 3″, 4″ quads), 9mm (3-4″ toothpicks), and triangle pattern, 6.6mm spacing (whoops/tiny <2″ quads).
Propeller Mount Types:
Propeller mounts on motors vary by size, such as M5 threaded shaft (5″ or larger quads), T-Mount (1.5 or 2mm shaft with two M2 holes on each side) (micro quads), and Push-on 1 or 1.5mm shaft (tinywhoops/<2″ quads).
Getting LiPo Batteries and Charger
For LiPo batteries, typically a 4S 1500mAh (or 6S 1100mAh) on a 5″ drone would give you 5 to 7 minutes of flight time. One can start with a set of 4 batteries for practicing, but they will probably need more later on as they improve and want to fly longer.
Getting a Backpack
To make it easier to carry drones and all the gear for flying, consider getting a backpack designed specifically for FPV gear. These backpacks are designed with compartments and straps to securely hold drones, radio, goggles, batteries, and other accessories. There are many backpack recommendations available online that one can choose from.
Software Setup
FC Firmware
When configuring a drone, the two main components that require setup are the flight controller and the ESC. These two components run on different firmware and require different software programs to configure them. The most popular flight controller firmware is Betaflight, which is free, open-source, and frequently updated. It has a wide selection of flight controllers available and is used by the vast majority of people in the hobby. KISS is another firmware option that is easy to set up and flies well, but requires KISS-specific hardware to use their firmware. iNAV, an open-source firmware, is also popular with long-range and autonomous flyers, but does not support as many flight controllers.
ESC Firmware
ESC firmware is the language spoken between the flight controller and ESCs. Every ESC has its own processor, and there is “ESC firmware” running on it. The most popular firmware used on 99% of all FPV quad ESCs are either BLHeli_S or BLHeli32. BLHeli32 is newer and uses a faster processor, making it more future-proof. However, flight performance-wise, there is very little difference between the two. The main ESC protocol used today is DShot, specifically DShot300 and DShot600, with the number indicating the speed of the protocol.
To learn more about ESC firmware and protocols, check out this post.
How Does an FPV Drone Work?
An FPV drone is controlled by a radio controller that sends wireless commands to the radio receiver installed inside the drone. The flight controller then takes these commands, combines them with the data from the gyro sensor, and calculates the speed at which each motor should move. The ESC receives the signal from the flight controller and controls how fast the motors should spin to generate the desired thrust. The drone is powered by a LiPo battery.
The components of an FPV drone work together to provide a smooth and stable flight experience. The pilot uses the radio controller to control the drone’s movements, and the flight controller and ESC work together to ensure that the drone moves in the desired direction at the right speed. The LiPo battery provides the necessary power to keep the drone in the air.
FPV System Explained
Analog vs Digital FPV Systems
When it comes to choosing an FPV system for a drone, there are two main types to consider: analog and digital. Analog systems have been the standard in the FPV community for many years and are generally more affordable, with lower latency. However, the video quality is noticeably lower, often suffering from static and breakups throughout the flight. On the other hand, digital systems, such as DJI and Walksnail Avatar, provide a significant improvement in video quality compared to analog systems. With resolutions up to 720p or even 1080p, digital FPV feeds deliver clearer and sharper images, with minimal breakup and increased resistance to multipath interference. This enhanced video quality allows for a more immersive FPV experience. However, digital systems tend to be more expensive and may have slightly higher latency, which could be a concern for competitive racers.
FPV Frequency
The 5.8GHz frequency band is the most commonly used for broadcasting FPV video feeds. This frequency is separate from the 2.4GHz band used for radio control, ensuring minimal interference between the two systems. Analog FPV video transmitters and receivers typically support 40 channels or more, allowing multiple pilots to fly simultaneously without causing interference with each other’s video signals. This also enables spectators to tune into various FPV drones’ channels and watch the action in real-time.
Stay Line of Sight for Best Signal
To maintain the best possible signal, it is essential to ensure that the VTX antenna is within the line of sight of the VRX antenna at all times during flight. When flying behind obstacles such as trees or hills, the signal may weaken or even drop completely due to being outside of the Fresnel Zone. In these instances, the pilot may experience video breakup. This issue is more pronounced at higher transmission frequencies, which is why the 2.4GHz radio signal typically has a longer range than the 5.8GHz video feed, given the same power and antenna gains. Proper antenna positioning and placement can make a significant difference in the pilot’s FPV experience.
How to Get Those Beautiful FPV Footage?
To capture stunning visuals, pilots often use a separate HD action camera, like a GoPro or a similar camera, mounted on the drone with a 3D printed TPU mount. Footage recorded in the FPV goggles is typically far from 1080p HD quality, let alone 4K. Using a separate HD action camera can make a significant difference in the quality of the footage.
Learning How to Fly FPV Drones
While mastering line of sight (LOS) flying is not a prerequisite for FPV, having some LOS skills can be useful in case of an emergency. FPV simulators are a great way to develop basic skills quickly and reduce the risk of breaking parts due to pilot errors or attempting maneuvers beyond one’s ability. Popular FPV simulators include LiftOff, VelociDrone, and DRL Simulator.
Transferring the skills learned in a simulator to real-life FPV drone flying may take some time, but with practice, everything will eventually click. It’s important to start with a simple setup and gradually increase the complexity of the drone and the environment.
For more information on learning FPV flying, there are several resources available online. Oscar Liang’s website provides articles on learning to fly FPV multirotors, as well as tips for mastering FPV flying faster. It’s also helpful to join online communities and attend local events to learn from experienced pilots and get feedback on your flights. With dedication and practice, anyone can learn to fly FPV drones like a pro.
Don’t Fly Auto-Level Mode
While self-level flight modes like Angle Mode and Horizon Mode may seem easier and more tempting to rely on, it is essential to learn Acro Mode if you want to become proficient in flying FPV drones. Acro mode may seem challenging initially, but once mastered, it provides complete control over the quad.
Betaflight offers an Acro Trainer mode to help pilots get accustomed to Acro without the risk of flipping or spinning out of control. It is crucial to avoid relying on auto-level mode as it can foster bad habits that are hard to unlearn. Auto-level mode acts like a pair of crutches, helpful for balance but limiting in more dynamic situations.
For more information on the differences between Acro mode and self-level mode, refer to this article: https://oscarliang.com/rate-acro-horizon-flight-mode-level/
Flying with Other People
When attending an FPV meetup, it’s important to be mindful of other pilots and their equipment. Before powering on your quad, it’s crucial to determine which video transmitter channels are in use by other pilots. This helps prevent interference, which can cause accidents and leave pilots “blind” mid-flight.
If other pilots are in the air, wait until they land before powering on your quad. Even if you’re not on the same channel, low-quality VTXs can emit power through the entire spectrum during startup or channel changes, causing brief interference for everyone else.
Always warn other pilots before powering on your quad, even if you’ve confirmed that the channel is clear. This helps avoid any potential accidents caused by interference.
To further avoid interference, you can switch on your video receiver first to scan which channels are in use before turning on your video transmitter. With proper equipment and frequency management, up to eight pilots can usually fly simultaneously. However, it’s more common to have four pilots for an interference-free race.
Overall, it’s important to prioritize safety and communication when flying with other people. By being mindful of other pilots and their equipment, you can help ensure a successful and enjoyable FPV meetup.
Safety Rules for Flying FPV Drones
Flying FPV drones can be a thrilling and exciting experience, but it is important to prioritize safety. FPV drones are powerful and fast, and can cause serious harm to people, animals, and property. Disregarding safety rules not only puts the pilot and potential victims at risk, but also damages the reputation of the hobby.
To ensure safety while flying FPV drones, it is important to follow these rules:
- Check local rules and regulations regarding FPV and RC model flying.
- Obtain insurance coverage for drone activities.
- Use a spotter or fly with a buddy.
- Choose a safe and sensible flying location, avoiding crowded or risky areas.
- Never fly too close to or above people and animals.
- Disconnect the battery immediately after retrieving a crashed quad.
- Do not attempt to catch an FPV drone in mid-air.
- Never use damaged LiPo batteries and dispose of them properly.
For more information on FPV safety, refer to this detailed article: http://intofpv.com/t-safety-first-and-foremost. If a LiPo battery needs to be disposed of, there is a guide on how to do so safely: https://oscarliang.com/dispose-lipo-battery-safely/. By following these rules, pilots can ensure a safe and enjoyable FPV drone flying experience.
How to Tune FPV Drone
Tuning your FPV drone is an essential step to optimize its performance and stability. There are two ways to tune your drone: using Blackbox or manually tuning it without Blackbox.
Blackbox is a powerful tool that records flight data during your drone’s flight, providing valuable insights for tuning. By analyzing the data, you can fine-tune your drone’s PID settings and filters to achieve better performance. If you want to use Blackbox to tune your drone, check out this tutorial: https://oscarliang.com/pid-filter-tuning-blackbox/.
If using Blackbox seems too complicated, you can still manually tune your drone without it. Although you may not achieve the same level of performance optimization as with Blackbox, you can still improve your drone’s performance from the default settings. To manually tune your drone, follow these steps: https://oscarliang.com/fpv-drone-tuning/.
Remember that tuning is a personalized process, and what works for one pilot may not work for another. It takes time, patience, and practice to find the ideal settings for your FPV drone.
Conclusion
In conclusion, this comprehensive FPV drone tutorial has covered essential topics such as understanding drone components, choosing the right gear, building or buying your first FPV drone, and tips for flying safely and effectively. The article has also delved into the different FPV systems, and the importance of proper tuning and software setup. As emphasized throughout the guide, practice, patience, and a commitment to safety are crucial when embarking on your FPV journey. Consider starting with simulators and building your skills gradually, and never hesitate to ask for help from the FPV community. It is also important to stay up to date with the latest advancements in FPV technology to enhance your flying experience. Finally, the article has been updated over the years to ensure that it remains relevant and informative. Happy flying!
Frequently Asked Questions
What are some recommended FPV drones for beginners?
When it comes to FPV drones for beginners, it’s important to find a drone that is easy to fly and has a durable frame. Some popular options include the EMAX Tinyhawk II, BetaFPV Beta85X, and the HGLRC Sector132.
How can one learn to fly a FPV drone?
Learning to fly a FPV drone takes practice and patience. One way to learn is by using a simulator, which can help you get a feel for the controls before flying a real drone. Another option is to find a local drone racing club or community where you can learn from experienced pilots.
What should be considered when building a FPV drone?
When building a FPV drone, it’s important to consider the components you’ll need, such as a flight controller, ESCs, motors, and a camera. You’ll also need to choose a frame that is compatible with your components and suits your flying style. Additionally, make sure to choose a battery that provides enough power for your drone to fly.
What are some popular FPV drone simulators?
Some popular FPV drone simulators include Liftoff, Velocidrone, and DRL Simulator. These simulators allow you to practice flying in a virtual environment, which can help you improve your skills and prepare for real-life flying.
What are some recommended FPV drone kits for beginners?
FPV drone kits can be a great option for beginners, as they provide all the necessary components in one package. Some recommended kits include the iFlight Nazgul5, the GEPRC Phantom Toothpick, and the Diatone GTB229.
What are the differences between DJI FPV drones and other brands?
DJI FPV drones are known for their high-quality cameras and ease of use, making them a popular choice for aerial photography and videography. Other brands may focus more on speed and agility, making them better suited for racing and freestyle flying. Additionally, DJI FPV drones often come with a higher price tag compared to other brands.