FPV at Mall of Aviation brings together the essential components for building, upgrading, and maintaining FPV drones. Explore FPV cameras, goggles, VTX, receivers, transmitters, motors, propellers, ESCs, flight stacks, GPS modules, carbon fiber frames, and other FPV accessories. Whether you are putting together your first FPV drone or upgrading an existing setup, find components for different builds and flying requirements.
Showing 57–84 of 111 results
Lightweight HGLRC SPECTER 1404 2750KV brushless motor designed for 4–6S FPV drones. Smooth throttle response, high torque, and optimized for 2–4 inch freestyle and cinewhoop builds.
High-resolution thermal imaging camera for FPV drone applications featuring a 256-pixel VOX sensor, ultra-lightweight design, and real-time analog output for professional aerial inspection, surveillance, and night operations.
High-resolution thermal imaging camera for FPV drone featuring a 384×288 LWIR sensor. Designed for night vision, search & rescue, industrial inspection, and advanced UAV applications with real-time FPV output.
The FPV Thermal Camera 640 delivers high-resolution thermal imaging for drones, enabling clear heat detection for night flying, search & rescue, security, and industrial inspections.
Specifications Model NO.: D6 Pro Input Voltage:Â AC100~240V / DC 6.5~30V Charge Current: 0.1~15A * 2 Charge Power: DC 325W * 2(650W) AC 200W(Support power distribution) Discharge Power: Internal discharge:15W * 2(balance port 10W) External discharge:325W * 2 Battery Type: LiHv/LiPo/LiFe/Lilon/Lixx : 1~6S NiZn/Nicd/NiMH : 1~16S Smart Battery : 1~6S Lead Acid(Pb) : 2~24V Enelop…
The HQ MacroQuad Prop 10X5X3 (1CW + 1CCW) is a high-performance, tri-blade propeller designed for drone enthusiasts and professionals who demand efficiency, strength, and stability. Crafted from glass fiber reinforced nylon, this prop delivers superior durability while maintaining a lightweight structure at just 23.3g, reducing motor strain and enhancing flight efficiency. With a 10-inch…
HQProp 15×10 propeller is designed for high-performance FPV and UAV drones, delivering powerful thrust and stable flight. Made from glass fiber reinforced nylon, it ensures durability, efficiency, and smooth control for long-range and heavy-lift applications.
High-performance HQProp 15X7X3 propeller (1 CW + 1 CCW) crafted from glass fiber reinforced nylon for durability, efficiency, and smooth drone flight.
HQProp Cine7 Propeller 7x4x3 with glass fiber reinforced nylon construction. Designed for stable thrust, smooth flight, and cinematic FPV drones.
Hurricane 5146.6 propeller V2 (Midnight Gray) is a 5-inch FPV drone propeller set designed for racing and freestyle, delivering strong thrust, efficiency, and crash resistance.
iFlight Albatross antenna 150mm V2 5.8GHz RHCP SMA is a high-performance FPV antenna designed for stable video transmission, reduced signal interference, and improved durability. Ideal for racing, freestyle, and long-range drones, it ensures reliable signal quality and consistent performance.
iFlight FPV goggles DVR provide an immersive flying experience with a built-in 5.8GHz receiver, DVR recording, and a bright display. Designed for FPV racing and freestyle pilots, these goggles ensure stable signal reception, clear visuals, and comfortable long-duration use.
ImmersionRC Rapid Fire receiver module is a high-performance 5.8GHz analog FPV goggle receiver designed to deliver stable, interference-free video. With advanced signal fusion technology, it combines dual receiver signals for smooth and reliable FPV performance in racing, freestyle, and long-range flights.
JINJIEAN BAT1 mini FPV camera with starlight night vision, 1800TVL resolution, and wide-angle 2.1mm lens for racing and freestyle drones.
Mini FPV camera B19 delivers 1500TVL high-resolution video with low latency for smooth real-time flying. Its compact 19×19mm design, wide voltage input, and durable metal housing make it perfect for FPV racing, freestyle drones, and long-range builds.
High-performance MAD BSC 2306 1950KV motor designed for 6S FPV freestyle and racing drones. Smooth power, strong torque, and efficient cooling.
The MAD CO BSC 3115 FPV Drone Motor 900KV is a high-efficiency 6S brushless motor delivering up to 3.9kg thrust. Built for FPV racing and freestyle drones, it offers smooth power, durability, and excellent flight control.
High-efficiency MAD BSC 2807 1300KV motor designed for 6S FPV drones. Perfect for 7-inch long-range and heavy freestyle builds.
Mark4 7 inch frame is a high-strength carbon fiber FPV drone frame designed for long-range stability and smooth flight performance. With a 295mm wheelbase and durable 5mm arms, it provides excellent control, reduced vibration, and reliable support for cinematic and freestyle builds.
The Mark4 V2 10inch Frame is a long-range carbon fiber FPV drone frame with 7.5mm arms, 473mm wheelbase, and 30×30 / 20×20 stack compatibility. Built for endurance and cinematic flying.
MATEN 5.8G VTX is a powerful 3W FPV video transmitter designed for long-range drone flights, freestyle, and racing applications. It delivers strong signal output, stable video transmission, and smart audio control, making it ideal for pilots who need reliable and high-performance FPV connectivity.
MicoAir H743 70A FPV stack featuring an advanced flight controller, integrated AM32 ESCs, and high current handling for professional FPV and UAV builds.
5V 5A DC-DC regulator Mini560 step-down module delivering stable 5V power for drones, avionics, FPV systems, and electronics.
Orqa FPV-One Pilot Goggles Overview The new Orqa FPV.One Pilot is the latest and most advanced FPV headset from Orqa. It looks similar to the original version but has many improvements inside. The electronics and design have been upgraded to make it more powerful, cooler, and more comfortable to use.These goggles are already updated to…
Radiomaster Nomad Module – The Ultimate Dual-Band FPV Solution The Radiomaster Nomad Module is the ultimate choice for FPV pilots and RC enthusiasts who demand long-range, dual-band performance. Featuring dual 3rd-generation Semtech LR1121 transceivers, it transmits simultaneously on 2.4GHz and 900MHz frequencies. Therefore, it ensures minimal packet loss and provides stable signals even in high-interference environments, giving…
Radiomaster Pocket ELRS Radio Controller (Transparent) This is Radiomaster Pocket Radio Controller – ELRS Version (Transparent). Radiomaster Pocket ELRS is the most basic RC for begineers. It gives a good range of approximately upto 3-5 Kms depending on location to location. The RadioMaster Pocket ELRS is a small, lightweight radio that packs a big punch….
FPV (First Person View) flying gives pilots a live view from the drone, making the experience more immersive and responsive. Building an FPV drone involves bringing together several components that work together for flight control, video transmission, power, and communication. At Mall of Aviation, the FPV category brings these components together for hobbyists, racers, builders, and drone enthusiasts.
Our FPV collection includes FPV cameras, goggles, video transmitters (VTX), receivers, RC transmitters, motors, propellers, ESCs, flight stacks, GPS modules, carbon fiber frames, FPV modules, and other components. You can choose individual parts or explore different components based on the requirements of your build.
An FPV camera captures the view from the drone and sends the video signal to the FPV video system. The pilot can then view the live feed through compatible FPV goggles or a display system.
The camera and goggles are an important part of the FPV experience because they allow the pilot to see what the drone sees while flying. When choosing these components, consider compatibility with the video transmission system, resolution, latency, mounting requirements, and the type of FPV setup you are building.
A video transmitter (VTX) sends the video feed from the FPV camera to the receiving equipment used by the pilot. VTX options can differ in transmission power, video system, size, and other specifications.
FPV modules can also be used as part of the communication and video setup depending on the type of drone and equipment being used. Always check compatibility between the camera, VTX, receiver, and goggles before purchasing components for an FPV build.
The propulsion system is one of the most important parts of an FPV drone. Motors, propellers, and electronic speed controllers (ESCs) work together to produce and control the thrust required for flight.
Motor selection depends on factors such as drone size, motor specifications, battery voltage, propeller size, and the intended flying style. Propellers also come in different sizes, pitches, and configurations, so they should be selected according to the motor and overall build.
An ESC controls the electrical power delivered to the motor and allows the flight control system to adjust motor speed. Matching the ESC with the motor and power system is important when assembling an FPV drone.
An FPV stack typically combines important electronics such as a flight controller and ESC in a compact arrangement. These components work together to process flight information and control the drone's motors.
When selecting a stack, check factors such as mounting dimensions, processor, ESC ratings, firmware support, battery voltage compatibility, and available connections. The right combination can make installation easier and help keep the electronics organized inside the frame.
The radio control system allows the pilot to send commands to the drone. The transmitter is operated by the pilot, while the compatible receiver is installed on the drone to receive those commands.
Different radio systems use different communication protocols and frequencies, so compatibility between the transmitter and receiver is an important consideration. Check the specifications of both components before choosing them for an FPV build.
The frame provides the physical structure of an FPV drone and holds components such as the motors, flight stack, camera, battery, and other electronics. Carbon fiber frames are widely used in FPV builds because they provide a combination of low weight and rigidity.
Frame size and design should match the motors, propellers, electronics, and intended use of the drone. A suitable frame also provides the necessary mounting points and space for installing the rest of the components.
GPS modules can provide positioning information for compatible flight-control systems and may support features such as navigation and position-related functions, depending on the flight controller and software being used.
Other components in the FPV category can be useful for specific builds, upgrades, experiments, and research projects. The exact requirements will depend on the drone's design, electronics, flight software, and intended application.
Building an FPV drone is not simply about choosing individual components. The parts need to work together as a complete system. Before purchasing, consider important factors such as frame size, motor specifications, propeller size, battery voltage, ESC rating, flight-controller compatibility, radio protocol, video system, and available mounting space.
For example, the motors and propellers should be suitable for the frame and battery, while the ESC should be able to handle the motor's electrical requirements. Similarly, the camera, VTX, goggles, transmitter, and receiver need to be compatible with the chosen FPV system.
Different pilots have different requirements from an FPV drone. A beginner may want a straightforward setup that is easy to assemble and maintain, while an experienced pilot may choose components based on speed, agility, video performance, weight, or long-range capabilities.
Racing, freestyle, long-range, cinematic, and experimental builds can all require different combinations of components. Selecting parts according to the intended use helps create a more balanced and practical FPV system.
Whether you are assembling an FPV drone from individual parts, replacing a damaged component, or upgrading an existing setup, choosing compatible components is an important part of the process.
Explore the FPV category at Mall of Aviation to find components for different stages of an FPV build, from frames and propulsion systems to video equipment, radio components, flight electronics, and other accessories.
FPV stands for First Person View. In FPV flying, a camera mounted on the drone provides a live video feed that allows the pilot to view the flight from the drone's perspective.
A typical FPV build can include a frame, motors, propellers, ESCs, flight controller or stack, FPV camera, VTX, receiver, radio transmitter, battery, and other required accessories. The exact components depend on the type of drone being built.
A VTX, or video transmitter, sends the video signal from the FPV camera to the compatible receiving equipment, such as FPV goggles or a display.
An FPV receiver receives control signals from the pilot's radio transmitter and passes the appropriate commands to the drone's control system. The transmitter and receiver must use a compatible communication system.
An electronic speed controller (ESC) controls the power delivered to the drone motor. It allows the flight-control system to adjust motor speed according to the pilot's commands and stabilization requirements.
An FPV stack is a compact combination of electronic boards, commonly including a flight controller and ESC. The boards are designed to work together and are typically mounted one above another inside the drone frame.
Carbon fiber is commonly used for FPV frames because it offers a useful combination of low weight and rigidity. The exact frame material and design should be selected according to the drone's size and intended use.
Motor selection depends on the drone's frame size, propeller dimensions, battery voltage, motor specifications, and intended flying style. The motor should be matched with the propeller, ESC, and overall power system.
Propellers should be selected according to factors such as size, pitch, number of blades, motor specifications, frame size, and battery setup. Using a suitable propeller helps create a balanced propulsion system.
Yes. Components such as cameras, VTX systems, goggles, motors, propellers, receivers, flight stacks, and other parts can potentially be upgraded. Before replacing a component, check its physical, electrical, and software compatibility with the existing setup.
Beginners should first identify the type and size of FPV drone they want to build. They should then check compatibility between the frame, motors, propellers, ESC, flight controller, battery, radio system, and video system before purchasing individual components.
Explore FPV components at Mall of Aviation to find the parts and electronics you need to build, maintain, repair, or upgrade your FPV drone setup.
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