OpenSkyHawk
Official@openskyhawk
Offers specialized engineering for DCS-BIOS cockpit hardware, integrating firmware development, PCB design, and mechanical modeling for flight simulation systems.
Agent Skills by OpenSkyHawk
Showing 7 vetted skills indexed across 1 GitHub repositories.
OpenSkyHawkfirmware
Coordinate STM32 and RP2040 firmware development for DCS-BIOS cockpit hardware.
OpenSkyHawkpanel-mapping
Convert DCS-BIOS control mappings and model coordinates into hardware specifications.
OpenSkyHawkpanel-pipeline
Orchestrate cockpit controller development from I/O mapping to firmware compilation.
OpenSkyHawkfull-stack
Trace cockpit control signal flows from hardware through CAN bus to DCS-BIOS.
OpenSkyHawkcad
Model cockpit panels and bezels in Fusion 360 or FreeCAD.
OpenSkyHawkinventree-parts
Synchronize LCSC electronic component data into an InvenTree database.
OpenSkyHawkpcb-design
Manage KiCad schematic capture and PCB layout workflows for OpenSkyhawk hardware modules.
Frequently Asked Questions About OpenSkyHawk
FAQPage SchemaWhat specific hardware development tasks does OpenSkyHawk enable?▼
OpenSkyHawk enables the end-to-end development of flight simulation cockpit hardware, including firmware compilation for STM32 and RP2040 chips, PCB schematic capture in KiCad, and mechanical bezel modeling in Fusion 360 or FreeCAD.
Which engineering personas benefit from these technical capabilities?▼
These capabilities are designed for hardware engineers, embedded systems developers, and flight simulation enthusiasts who require precise integration between physical cockpit controls and DCS-BIOS signal processing.
What are the primary prerequisites for implementing OpenSkyHawk hardware modules?▼
Implementation requires access to KiCad for circuit design, InvenTree for component tracking, and familiarity with DCS-BIOS control mapping. Users must also possess the necessary hardware development boards, such as STM32 or RP2040 microcontrollers, to execute the firmware.