What hardware does this flight computer skill support?

This skill is specifically designed for the Orange Pi 4A single-board computer running Linux, focusing on aarch64 architecture for high-altitude rocket payloads.

How does it communicate with other payload components?

It is designed to receive telemetry data from a secondary Pico Logger system, which it then uses to inform its high-level mission decision logic.

How does the system handle audio calibration?

It utilizes DaytonAudio microphone frequency response data (specifically for model 2581417) to ensure accurate audio recording and analysis during flight.

Does it support hardware-accelerated video encoding?

Yes, it includes instructions and logic for replacing standard FFmpeg with ffmpeg-rk to utilize the Rockchip hardware encoding capabilities on the Orange Pi.

Which programming language is the flight computer built with?

The system is built using Rust, utilizing high-performance crates like nokhwa for camera access and image for frame processing.

High-Altitude Rocket Flight Computer

Name: High-Altitude Rocket Flight Computer
Author: njfdev

bynjfdev

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Analíticas y Monitorización

Coordinates high-level mission logic, multimedia capture, and telemetry processing for the NCSSM HPR payload system.

This skill provides specialized context for developing the flight computer subproject of the NCSSM HPR 2025 payload (C.A.V.E.R.N.). It facilitates the development of Rust-based systems on the Orange Pi 4A, including camera capture via the nokhwa crate, calibrated audio recording using DaytonAudio profiles, and high-level mission state management. It assists developers in navigating hardware-specific Linux configurations, such as hardware-accelerated encoding with FFmpeg-rk and the PipeWire audio stack, while managing data fusion from secondary telemetry sources like the Pico Logger.

Características Principales

01High-level mission state machine and autonomous decision logic

021 GitHub stars

03Orange Pi 4A hardware-specific configuration for FFmpeg-rk and PipeWire

04Calibrated audio recording integration with DaytonAudio frequency response profiles

05Telemetry data fusion and logging from external Pico Logger sensors

06Camera capture and image processing using the nokhwa and image crates

Casos de Uso

01Developing vision systems and hardware-accelerated video encoding for rocket launches

02Automating high-altitude mission logic and flight sequences in Rust

03Implementing sensor data logging and telemetry fusion on Linux-based single-board computers

What are Skills?·How to Install

Install with 🐟 Skill.Fish

npx skillfish add njfdev/ncssm_hpr_2025_payload flight-computer

For use in Claude.ai and ChatGPT

Download Skill