Rapid prototyping • field tested builds

R&D for FPV drones and robotics — fast, clean, and buildable.

EagleLeaf R&D focuses on turning ideas into working prototypes: CAD, 3D printing, electronics integration, and iterative testing.

Contact See prototypes

CAD → Print → Test → Iterate Bench & field testing Lightweight design

FPV Robotics 3D Printing

Prototype pipeline

Short cycles, clean assembly, printable parts, and practical electronics. Built to be replicated — not just rendered.

24–72h first concept iteration

CAD + Print design for manufacturing

Field real-world feedback

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What we do

Focused scope. Clear deliverables. No clutter.

Mechanical design

CAD for printable structures: frames, mounts, housings, guards, and quick-swap modules.

PETG / ABS / TPU parts

strength + serviceability

Electronics integration

Wiring layouts, power distribution, camera/VTX mounting, vibration isolation, and enclosure planning.

clean harness & access

modular repair

Testing & iteration

Prototype loops driven by real feedback: weight, balance, durability, and practical assembly.

field usability

faster revisions

Prototype directions

FPV platform builds

Compact builds with protected camera/VTX stack, crash-resistant ducts/guards, and fast access to electronics.

3–5 inch frames VTX & camera mounts printable canopy service-first layout

Ground robotics

Print-friendly chassis concepts: tracked vehicle prototypes, spherical concepts, modular sensor pods.

TPU tracks PETG chassis gear motors FPV control

Tooling & materials

Simple, realistic, and buildable with what you can actually source.

3D printing

PETG for structure, TPU for compliant parts (tracks/bumper), PLA Aero for lightweight prototypes.

FPV stack

Flight controller + ESC integration, camera/VTX mounting, antenna strain relief, vibration damping.

Design rules

Fast assembly, fewer unique screws, access panels, replaceable arms/guards, clear cable paths.