Performance planes. Printed.
3D-printed FPV aircraft designed for speed, precision, repairability, and real-world adventure.
WUDFLY aircraft are built as complete systems: printable airframes, defined parts lists, setup files, print profiles, documentation, and builder support.
BANDITO
A sub-250g 3D-printed FPV wing built around DJI O4 Lite, 4S power, and a proven INAV setup. Fast enough to rip, efficient enough to cruise, and designed around a repeatable build recipe with no CG guesswork.
Why 3D-printed aircraft?
Because the airframe can be precise, repeatable, repairable, and affordable. 3D printing lets WUDFLY control the wing geometry, airfoil, twist, internal structure, mounts, jigs, and component fitment directly in CAD.
Precise geometry
Airfoils, twist, mounts, cooling paths, jigs, and alignment features are designed into the aircraft from the start.
Crash cheaper
LW-PLA airframes absorb energy, help protect expensive electronics, and can be reprinted when the airframe has had enough.
Less setup mess
Aircraft are designed around defined electronics, battery placement, CG, print profiles, and flight-controller setup.
Not just STL files.
WUDFLY aircraft are released as complete build systems. The aim is to remove the normal guesswork around printing, electronics fitment, CG, assembly, and first-flight setup.
Print profiles
LW-PLA profile guidance and profile downloads for lightweight aircraft parts.
View print profiles →Build resources
Manuals, setup files, safety references, design tools, and support resources.
Open resources →DEV LAB
Private builder space for updates, support, bug reports, dev notes, and community builds.
Learn about DEV LAB →Fly responsibly
Global drone rules, airspace maps, authority pages, and responsible flying links.
Check drone maps →
Built for pilots who actually fly.
WUDFLY is my hangar for performance 3D-printed aircraft. I design the aircraft I want to fly: fast, precise, repairable, and built around real components so other pilots can reproduce the result.
