Open-source high-power 3-phase VSI with independent safety coprocessor, fully isolated gate drives, and node-based codegen configuration tools. Firmware, RTE, and telemetry live in OpenVVVF/RTE.
Open-source high-power 3-phase VSI with independent safety coprocessor, fully isolated gate drives, and node-based codegen configuration tools. Firmware, RTE, and telemetry live in OpenVVVF/RTE.
Open-source modular control platform for functional model vehicles, featuring bidirectional communication, telemetry, and plug-in hardware modules.
Open-source modular control platform for functional model vehicles, featuring bidirectional communication, telemetry, and plug-in hardware modules.
A soda-can-sized satellite designed to achieve autonomous, guided descent using a parafoil and real-time GNSS-based navigation. It collects atmospheric and flight data during descent and transmits telemetry live to enable precise tracking and targeted landing.
A soda-can-sized satellite designed to achieve autonomous, guided descent using a parafoil and real-time GNSS-based navigation. It collects atmospheric and flight data during descent and transmits telemetry live to enable precise tracking and targeted landing.
A soda-can-sized satellite designed to achieve autonomous, guided descent using a parafoil and real-time GNSS-based navigation. It collects atmospheric and flight data during descent and transmits telemetry live to enable precise tracking and targeted landing.
A soda-can-sized satellite designed to achieve autonomous, guided descent using a parafoil and real-time GNSS-based navigation. It collects atmospheric and flight data during descent and transmits telemetry live to enable precise tracking and targeted landing.
A soda-can-sized satellite designed to achieve autonomous, guided descent using a parafoil and real-time GNSS-based navigation. It collects atmospheric and flight data during descent and transmits telemetry live to enable precise tracking and targeted landing.
A soda-can-sized satellite designed to achieve autonomous, guided descent using a parafoil and real-time GNSS-based navigation. It collects atmospheric and flight data during descent and transmits telemetry live to enable precise tracking and targeted landing.
Fork. A flight computer for high-powered rockets based on the Teensy platform. 4 programmable pyro outputs, Mach immune flight events, air-start & two-stage capable w/ tilt-sensing safety features, GPS & live telemetry. High-rate data logging at 1000 samples per second. 4.0in x 1.25in x 0.5in fits in a 38mm tube coupler.
Electrical Design Repository for fs-3 schematics and PCBs