
PART CUASC COMPETITION AIRCRAFT
Fixed-wing competition aircraft built with Purdue Aerial Robotics Team's avionics subteam for the California Unmanned Aerial Systems Competition (CUASC).

Fixed-wing competition aircraft built with Purdue Aerial Robotics Team's avionics subteam for the California Unmanned Aerial Systems Competition (CUASC).

Fixed-wing competition aircraft built with Purdue Aerial Robotics Team's avionics subteam for the California Unmanned Aerial Systems Competition (CUASC).

Custom power distribution board prototype used in the PART avionics pipeline, enabling isolated rail stages and subsystem protection.

Schematic includes TVS diode protection, buck/boost regulation, telemetry taps, rail branching and safety considerations.

Proof-of-concept dev board built around the MAX232 for an RS-232 to UART camera integration, converting the camera's signaling to logic-level UART a microcontroller can read.

Avionics mounting shelf for PART's 2026 aircraft. A laser-cut plywood base holds the power distribution board and Cube flight controller, with a 3D-printed cover over the stack.

Fundamental STM32 F0/F3 dev-board wiring for debugging, GPIO bring-up, and subsystem communication testing.

Adjustable buck-boost converter module used for regulating high-voltage system inputs into 5/12V avionics rails.

Analog audio equalizer schematic using cascaded RC and op-amp filter stages to separate bass, mid, and treble frequency bands. Designed to explore frequency shaping, gain control, and filter behavior.

Monostable and astable 555 timer circuit used to drive indicator lights with controlled pulse timing. Inspired by Formula One.