Quick Answer
A fixed wing FPV drone uses a rigid wing to generate lift, giving you far longer flight times and range than a multirotor. You build one by choosing an airframe, fitting a flight controller running iNav or ArduPilot, adding a video system, and learning to hand-launch or bungee-launch it into the air.
Why Fly a Fixed Wing FPV Drone?
Multirotors are brilliant for freestyle, but they burn through batteries fast. A fixed wing FPV drone can stay airborne for 30 minutes to over an hour because the wing generates lift rather than relying entirely on thrust. That translates to serious range, often 10-30 km or more, making wings the platform of choice for long-range exploration, aerial mapping, and scenic cruising.
Wings glide naturally, so a motor failure is not an emergency. You have time to bring the aircraft home. The main adjustment for new pilots is learning to maintain airspeed, because wings do not hover.
Choosing Your First Airframe
Your first wing does not need to be expensive or enormous. A good starting point is something in the 600-900 mm wingspan range made from EPP foam, which bounces rather than breaks.
The AtomRC Dolphin is a popular choice. It is compact, durable, and has space inside for a flight controller, GPS module, and video transmitter. The ZOHD Dart 250g keeps you under the UK registration threshold, meaning fewer regulatory hoops.
If you want more range and payload capacity, the Hee Wing T1 Ranger offers a 730 mm wingspan in kit form and can carry a larger battery and camera payload. For pure cruising and camera work, browse our full fixed wing drone collection for frames, kits, and PNP (plug-and-play) builds.
Electronics and Flight Controller Setup
Fixed wing FPV drones run different firmware than racing quads. The two main options are ArduPilot Plane and iNav. ArduPilot offers advanced autonomous features like waypoint missions, return-to-home, and geofencing. iNav is simpler to configure and works well for basic stabilisation and GPS-assisted flying.
Your flight controller needs at least a compass and a GPS module for autonomous return-to-home. A GPS module with an M10 chip provides fast satellite lock and reliable position hold. Connect it to your FC via a UART port and configure it in your ground station software.
For the radio link, ExpressLRS works on fixed wings the same way it does on quads. Pair an ELRS receiver with your transmitter and you get low-latency control at long range. For video, a standard 5.8 GHz analogue VTX is the simplest starting point. Our guide on FPV frequencies and channels covers how to pick the right band and power level.
Building and Launching Your Wing
Assembly is straightforward with most EPP kits. Glue the wing halves together, mount the motor and ESC, install servos for the control surfaces, and strap in your electronics with Velcro or double-sided foam tape.
Setting up control surface mixes is the main software step. Flying wings use elevon mixing, where the two trailing-edge surfaces act as both ailerons and elevator. ArduPilot and iNav both handle this automatically once you assign the correct channels.
Most small wings launch by hand. Hold the wing level, throttle up to about 70%, and give a firm underarm push into the wind. A bungee launch ramp is worth considering for heavier builds. Landings are typically belly-landed onto grass. No landing gear needed.
Before your first flight, set up a failsafe that triggers return-to-home if you lose radio signal. Our ArduPilot setup guide walks through the configuration step by step.
FAQ
Q: Is a fixed wing harder to fly than a quadcopter?
A: Not harder, just different. You cannot hover or stop in mid-air, so you need to plan turns and keep the wing moving forward. Most pilots find wings easier to fly smoothly once they adjust to maintaining airspeed.
Q: What flight time can I expect from a fixed wing FPV drone?
A: A typical 900 mm wing on a 3S or 4S LiPo will fly 20-40 minutes. Larger wings with efficient motors and Li-Ion packs can exceed an hour. It depends on your battery capacity, wing loading, and throttle discipline.
Q: Do I need a licence to fly a fixed wing FPV drone in the UK?
A: Yes. Any drone (including fixed wings) over 250 g requires an Operator ID from the CAA. You also need a Flyer ID if you fly FPV without a visual observer. Wings under 250 g (like the ZOHD Dart 250g) still need registration but have fewer restrictions.
Q: Can I use a Betaflight flight controller on a fixed wing?
A: Betaflight does support fixed wings with basic stabilisation, but it lacks the autonomous features of ArduPilot or iNav. For GPS-assisted flying and return-to-home, use ArduPilot or iNav instead.