Engineering projects across aerospace, electronics, 3D modelling, and prototyping.
Custom-designed quadcopter airframe with integrated flight controller, GPS navigation system, and autonomous flight capabilities. Fully designed and 3D printed in-house.
Custom flight controller PCB featuring STM32 microcontroller, IMU sensor fusion (MPU-6000), barometer, and UART telemetry. Designed in EasyEDA, fabricated externally.
Full model rocket designed from scratch — 3D printed fins and nose cone, custom recovery system with altimeter deployment, and data logging flight computer.
Full parametric CAD library of aerospace components — brackets, mounts, housings, and structural members — designed for rapid modification and 3D printing.
Internal 3D printing workflow for rapid aerospace prototyping — from CAD file to physical part in under 24 hours. Includes tolerance testing and material selection documentation.
Custom sensor fusion module for drone telemetry — integrating IMU, GPS, barometer, and real-time data transmission to ground station. Currently in design phase.
Initial concept design for a long-range fixed-wing UAV with extended flight time and payload capacity. Aerodynamic modelling and structural analysis in progress.
Electronic recovery system for model rockets — dual-deploy parachute controller with barometric altimeter, charges, and telemetry logging. Board designed in KiCad.
Have a project in mind? Tell us what you need and we'll get it built.