June 2026
- Black Box Rev 1 hardware finalized for beta evaluation.
- Boēthos mobile application successfully communicating with Black Box hardware.
- GPS course gate workflow validated through real-world testing.
- Automatic start, finish, and sector upload functionality implemented.
- GPS replay and run visualization tools refined.
- ECU data acquisition integration continued.
- Public documentation and support system launched.
- Last Chance Speed Co. website deployed on custom domain.
- Private development repositories established for firmware, hardware, and software development.
- Preparation of initial beta hardware units underway.
May 2026
- Bluetooth phone app communication operational.
- GPS start / finish gate setup operational.
- Sector timing support added.
- Automatic course upload concept implemented.
- GPS logging and SD card recording verified.
- GPS replay system refined.
- Multi-run comparison functionality expanded.
- Initial AI race engineer functionality tested.
- ECU data acquisition integrated into development platform.
Project Milestones
- Black Box functional prototype completed.
- GPS logging operational.
- IMU logging operational.
- Bluetooth communication operational.
- Phone app communication operational.
- Course gate system operational.
- Automatic run trimming operational.
- GPS replay operational.
- ECU data acquisition operational.
- Boēthos driver analysis prototype operational.
Current Focus
- Beta hardware preparation.
- Documentation expansion.
- Boēthos user interface refinement.
- GPS gate reliability testing.
- Expanded ECU integration.
- Real-world autocross validation.
Future Development
- CAN bus expansion.
- Brake input integration.
- Clutch input integration.
- Additional ECU support.
- Live telemetry display.
- Advanced run comparison tools.
- Improved mobile application interface.
- Wireless firmware update capability.
- Black Box Rev 2 hardware.
- Advanced driver coaching tools.
Project Philosophy
Every LCSC product is developed through real-world use. Features are tested during actual competition and refined through continuous iteration, data analysis, and driver feedback. The goal is simple: build tools that help drivers better understand their vehicles and improve performance.