I’ve been developing a fully custom motorcycle instrument cluster called COMPASS, built around a Pi5 with a complete sensor suite and a 3D-printed multi-layer enclosure designed for road vibration and weather exposure.

Electronics + Sensors:
	•	Raspberry Pi 5 as the central compute
	•	MPU-6050 for gyro/accel
	•	GMY-271 magnetometer
	•	NEO-6/7 GPS module
	•	45-LED WS2812B ring for status, heading, and system feedback
	•	Buck converter with filtering for stable power delivery
	•	Custom harnessing with printed routing channels and strain relief

System Capabilities:
	•	IMU + magnetometer fusion for lean angle, heading, and stability
	•	GPS-derived speed, bearing, and position
	•	A fully custom UI — all graphics, icons, and animations hand-drawn in Procreate
	•	Integrated live weather radar
	•	A module that controls a small FPV drone and displays its video feed
	•	Real-time LED ring visualization synchronized with sensor data

Mechanical + Electrical Integration:
	•	Multi-layer PETG shell: inner structural cage, mid gasket layer, outer ring
	•	Printed vibration-isolation geometry around the sensor stack
	•	Printed pockets that mechanically locate the IMU, magnetometer, and GPS
	•	Magnetized front ring using neodymium magnets
	•	Printed battery sled + internal wire-management channels
	•	Grounding and routing planned around limited space and motorcycle electrical noise

Everything — electronics, enclosure, UI, wiring, and software — was designed and built solo.
Project is nearing road testing, and early indoor performance across all subsystems has been solid.

Designed a circular motorcycle navigation computer (Pi5 + IMU + Mag + GPS + custom UI)