BANDIT
A fast, agile sub-250 g FPV wing developed for low-level flying and aerobatics.
BANDIT is a 600 mm 3D-printed FPV wing designed for proximity, aerobatics, and fast low-level flying. The tested 4S setup remains below 249 g, has recorded 198 km/h, and can exceed 20 minutes when flown efficiently.
Digital aircraft package
Includes the BANDIT aircraft files, assembly jigs, user manual, print guidance, supported INAV CLI files, and future BANDIT updates. No physical parts are shipped.
Core specifications.
The main figures for the tested BANDIT setup.
From slicer to first flight.
The BANDIT user manual brings the complete process together: part preparation, assembly, wiring, INAV setup, centre of gravity, control checks, and pre-flight guidance. The supplied parts can be sliced in Bambu Studio, OrcaSlicer, or another capable FDM slicer; the documentation and project files provide the intended orientations, supports, modifiers, and reference masses.
Proximity flight.
Low lines through the field, close passes, and terrain-led FPV flying from the compact sub-250 g BANDIT setup.
Recorded performance.
The speed and endurance figures below come from recorded flights with the tested BANDIT setup. Open either image to inspect the supporting flight record.
Recorded top speed
GPS-recorded peak speed from the tested 4S BANDIT configuration. Results depend on the build, battery condition, propeller, weather, and flight path.
Recorded endurance
Achieved while cruising with the recommended 4S 1100 mAh LiHV setup. Fast acro and sustained high-throttle flying reduce flight time substantially.
Aircraft gallery.
External views, FPV-ready details, workbench setup, pusher layout, CG marks, battery access, and electronics installation.
More flying.
Onboard acro and a close third-person view of the launch and fast passes.
Acro.
Fast passes, loops, split-S manoeuvres, and dynamic flying from the onboard view.
Fast, low, responsive.
The launch and close passes show what BANDIT is built around: a compact wing that cruises cleanly, accelerates hard, and stays precise when the line gets close to the ground.
Core electronics.
The flown BANDIT setup is built around these electronics and powertrain parts. SpeedyBee F405 Wing Mini is the main recommended controller, with Matek F405 WMO and FlyingRC F4 Mini also supported as flight-controller options.
| Role | Recommended component | Qty | BOM mass |
|---|---|---|---|
| Battery | GNB 1100 mAh HV 4S 15.2 V 60/120C XT30 | 1 | 88.00 g |
| Flight controller |
SpeedyBee F405 Wing Mini (recommended)
Matek F405 WMO (supported option)
FlyingRC F4 Mini (supported option)
|
1 | Varies |
| Digital FPV | DJI O4 Lite | 1 | 8.63 g |
| Motor | BetaFPV LAVA 1506 4200KV | 1 | 13.44 g |
| Propeller | HQProp 3x3x3 | 1 | 1.62 g |
| ESC | EAMAX 25A ESC | 1 | 3.78 g |
| Receiver | RadioMaster RP2 ELRS | 1 | 0.86 g |
| GPS | Flywoo Goku Nano GPS | 1 | 2.80 g |
| Servos | DSPower 4.3 g-class micro servos | 2 | 12.30 g |
| Capacitor | 220 µF 35 V capacitor | 1 | 0.80 g |
| Core cables | HD VTX cable, battery-to-FC cable, and SpeedyBee board cable | 3 | 6.15 g |
| Core electronics + powertrain subtotal with SpeedyBee setup | 149.38 g | ||
SpeedyBee F405 Wing Mini is the recommended BANDIT flight controller. Matek F405 WMO and FlyingRC F4 Mini are also supported options, but wiring, target selection, port setup, and CLI files must match the controller used. Substituting the battery, ESC, motor, receiver, FPV system, or flight controller can change CG, cooling, current draw, speed, AUW, and whether the aircraft stays below 250 g.
What is included
BANDIT is sold as a digital aircraft package. No physical parts are included.
- Aircraft STL files
Printable files for the BANDIT airframe parts. - Assembly jigs
Printable jigs and stand parts to make the build easier and more repeatable. - User manual
Assembly instructions, print notes, electronics setup, and pre-flight guidance. - Print settings
LW-PLA, PETG, and TPU guidance for the main printed parts. - INAV CLI files
Configuration files for SpeedyBee F405 Wing Mini, Matek F405 WMO, or FlyingRC F4 Mini setups. - Free lifetime BANDIT updates
Keep access to future BANDIT file, documentation, and supported setup revisions published through WUDFLY.
Free lifetime BANDIT updates.
Your purchase includes access to future BANDIT file revisions, documentation improvements, and supported configuration updates published through WUDFLY. Separate aircraft and major new products are not included.
BANDIT FAQ
Practical answers for builders comparing the aircraft or preparing a BANDIT build.
What is BANDIT?
BANDIT is a fast, agile, sub-250g 3D-printed FPV wing designed for proximity flying, aerobatics, fast low-level passes, and compact digital FPV flying.
How fast is BANDIT?
BANDIT has reached a GPS-recorded peak speed of 198 km/h with the tested 4S setup. The performance-evidence section includes the supporting screenshot.
Is BANDIT under 250 g?
BANDIT is designed around a specified electronics setup targeting an all-up weight below 249 g.
What electronics does BANDIT use?
The recommended BANDIT electronics include a SpeedyBee F405 Wing Mini flight controller, with Matek F405 WMO and FlyingRC F4 Mini also supported as controller options. The recommended setup also includes DJI O4 Lite, BetaFPV LAVA 1506 4200KV motor, HQProp 3x3x3 propeller, EAMAX 25A ESC, RadioMaster RP2 ELRS receiver, Flywoo Goku Nano GPS, two DSPower micro servos, a 220 µF 35 V capacitor, core wiring, and a GNB 1100 mAh HV 4S XT30 battery.
What video system does BANDIT use?
BANDIT is designed around DJI O4 Lite digital FPV.
What do I get when I buy BANDIT?
You get the digital aircraft files, assembly jigs, user manual, print guidance, INAV CLI files, and future updates. No physical parts are included.
Are future BANDIT updates included?
Your purchase includes free lifetime access to BANDIT file, documentation, and supported configuration updates published through the WUDFLY platform. Separate aircraft and major new products are not included.
Is BANDIT a long-range aircraft?
BANDIT has useful endurance for its size, but it is mainly designed for fast proximity wing flying, aerobatics, and low-level FPV rather than dedicated long-range missions.
BANDIT resources
Start here for profiles, support, airspace checks, and design learning resources.
Print profiles
LW-PLA profile guidance and downloadable print resources for lightweight aircraft parts.
View profiles →DEV LAB
Builder hangout for WUDFLY updates, questions, flight posts, and printed aircraft discussion.
Open DEV LAB →Learning resources
Aircraft design tools, courses, INAV learning links, and useful creator references.
Open resources →Drone rules & local guidance
Official and authority-backed starting points before flying in a new country.
Check local guidance →Ready to build BANDIT?
Get the digital files, build documentation, setup files, and future updates. BANDIT is for pilots who want fast proximity wing flying in a compact sub-250g package.