This project is a scale remote-controlled (RC) jet modeled after the F‑35 Lightning II, powered by two 90 mm electric ducted fan (EDF) units. It combines high-performance aerodynamics with modern electronics to deliver a realistic flying experience and agile maneuverability.
- Twin 90 mm EDF propulsion for jet-like thrust and acceleration
- 3BSM CAD files for 3D‑printing custom airframe components (fuselage, wings, ducts, landing gear)
- Arduino-based control for lighting, telemetry, and auxiliary functions
- Modular design: prints snap together and accept standard servos and control rods
- Full RC control: ailerons, elevator, rudder, throttle, with optional flaps
| Parameter | Specification |
|---|---|
| Wingspan | ~1200 mm |
| Length | ~1100 mm |
| Empty Weight | ~1.8 kg (airframe only) |
| Propulsion | 2× 90 mm EDF units, 12‑blade impellers |
| Motors | 2× BLDC outrunners (10 kV) |
| Battery | 12S LiPo (2× 6S in series), 5000 mAh |
| Electronics | Arduino Nano (lighting, telemetry), RC receiver, servos (9 g/12 g) |
| Control Surfaces | Ailerons, Elevator, Rudder (Flaps optional) |
| Max Thrust | ~2× 1.5 kgf |
| Flight Time | 6–8 minutes (varies with throttle profile) |
- 2× 90 mm EDF units with 12‑blade impellers
- 2× 10 kV BLDC outrunner motors
- 2× 6S LiPo batteries (5000 mAh each)
- 8× micro servos (9 g or 12 g)
- Arduino Nano (or equivalent microcontroller)
- RC transmitter and receiver (6+ channels)
- 3D printer (build volume ≥ 300×300 mm)
- Standard hardware (screws, rods, connectors)
- MPU 6050 Gyro
- Motor Drivers
This project is released under the MIT License. See LICENSE for details.