BANDITO
Sub-250g 3D-printed FPV wing for DJI O4 Lite, 4S power, and serious fun.
BANDITO is a fast, compact, reprintable FPV wing designed around a defined build recipe. It is built to rip at high speed, cruise efficiently, land easily, and remove the normal setup mess around CG, electronics fitment, and flight-controller configuration.
Buy BANDITO digital files
Includes STL files, assembly jigs, user manual, print guidance, INAV CLI files, and DEV LAB access.
See BANDITO FLY.
Watch BANDITO in flight, then grab the digital files when you are ready to build your own.
Full BANDITO video
Longer format video showing more of the aircraft, flight, and WUDFLY build story.
What BANDITO is
Version 1 of the first WUDFLY FPV wing: small, fast, digital, repairable, and built around a known component set.
Fast when pushed
BANDITO has been measured at up to 197 km/h, while still being compact enough to throw in a bag and take somewhere beautiful.
Easy to live with
Designed around a defined electronics package, battery position, print profiles, and INAV configuration to reduce setup uncertainty.
Crash, print, fly
The expensive electronics are reused. The LW-PLA airframe is the replaceable shell that lets you fly harder with less fear.
Aircraft specifications
Core BANDITO figures for pilots who want the basic numbers before going deeper.
What is included
BANDITO is sold as a digital aircraft package, not a physical kit.
- Aircraft STL files
Printable files for the BANDITO 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 the supported SpeedyBee / Matek F405 Wing setups. - DEV LAB invite
Private Discord access for updates, support, bug reports, and community builds. - Ongoing updates
Future improvements, configuration updates, and development notes. - Defined build recipe
Recommended components, battery, electronics layout, and CG workflow.
Read the build guide.
Download the BANDITO V1 user manual to see the build workflow, print guidance, assembly process, electronics setup, INAV configuration notes, and aircraft setup checks.
Recommended component package
BANDITO is designed around a specific electronics set so that fitment, mass, and balance are predictable.
- Flight controller
SpeedyBee F405 Wing Mini or Matek F405 WMO. - Receiver
RadioMaster RP2 ELRS. - Video system
DJI O4 Lite. - Motor
BetaFPV LAVA 1506 4200KV. - Servos
2× DSPower 4.3g metal gear servos. - Battery
GNB 4S 1100mAh LiHV with XT30. - ESC
EMAX 25A Lightning or EMAX 30A Bullet. - Propeller
HQProp 3×3×3. - Spar
3 mm carbon fibre tube, 575 mm long. - Hardware
M2 screws, 3×1.5 mm magnets, XT30 plug, 18AWG wire, tape, and super glue.
What it takes to build
BANDITO is approachable if you already understand FPV electronics, soldering, and fixed-wing setup basics.
Printer
A printer capable of foaming LW-PLA and tall enough for the main parts. Wings can be split for smaller printers.
Materials
ColorFabb LW-PLA is the recommended airframe material. PETG and TPU are used for specific structural and hinge parts.
FPV skills
If you can build and configure an FPV drone, BANDITO will feel familiar: fewer motors, two servos, and fixed-wing setup checks.
Before first flight
BANDITO includes setup files, but you are still responsible for checking the aircraft before flying.
- Remove prop during setup
Never test electronics, receiver binding, servos, INAV, or motor direction with the prop installed. - Check CG
Balance the aircraft carefully and move the battery until the correct balance is achieved. - Check elevons
Confirm free movement, correct left/right response, correct pitch response, and no rubbing. - Check failsafe
Confirm failsafe behaviour, receiver link, range check, and launch mode before flight. - Check DJI O4 cooling
Do not leave the O4 powered for long periods without airflow during bench setup. - Check local rules
Use official airspace tools and fly legally, safely, and respectfully.
BANDITO resources
Start here for profiles, support, airspace checks, and design learning resources.
Print profiles
LW-PLA profile guidance and downloadable print profiles for lightweight aircraft parts.
View profiles →DEV LAB
Private builder space for support, updates, bug reports, build feedback, and dev notes.
Learn more →Learning resources
Aircraft design tools, courses, INAV learning links, and useful creator references.
Open resources →Drone rules & maps
Official and authority-backed airspace links, national maps, and responsible flying resources.
Check airspace →Ready to build BANDITO?
Get the digital files, build documentation, setup files, and DEV LAB access. Print the airframe, move the electronics into place, load the configuration, check the aircraft properly, and go fly.