This post covers Posted current support hours and response targets. We are tracking steady evolution so Apexia drivers get a reliable, repeatable lap timing flow. The goal is to keep every feature honest and readable at speed, from first mount to last session. Each increment is exercised on real track weekends so hardware, UI, and sync stay stable.

Key changes in this chapter: Mon-Fri, 9:00-18:00 UTC. We also focused on Target one business day replies. These choices reduce friction in the paddock and keep drivers looking ahead instead of down at menus.

Another focus area: Priority for waitlist users. We validate against reference timers, log deltas, and watch for drift so that data stays trustworthy. Consistent behavior across sunny, hot, or bumpy sessions matters more than headline specs.

Next steps include continued firmware polish, app refinement, and trackside support so teams can adopt Apexia quickly. If you want to try these builds, join the waitlist and send feedback-every note helps us ship a faster, clearer tool for drivers and coaches.

This post covers Shared the January priorities for firmware and app. We are tracking steady evolution so Apexia drivers get a reliable, repeatable lap timing flow. The goal is to keep every feature honest and readable at speed, from first mount to last session. Each increment is exercised on real track weekends so hardware, UI, and sync stay stable.

Key changes in this chapter: Finalize sync release. We also focused on Add more track presets. These choices reduce friction in the paddock and keep drivers looking ahead instead of down at menus.

Another focus area: Polish on-device cues. We validate against reference timers, log deltas, and watch for drift so that data stays trustworthy. Consistent behavior across sunny, hot, or bumpy sessions matters more than headline specs.

Next steps include continued firmware polish, app refinement, and trackside support so teams can adopt Apexia quickly. If you want to try these builds, join the waitlist and send feedback-every note helps us ship a faster, clearer tool for drivers and coaches.

This post covers Recapped the year of testing, firmware, and app progress. We are tracking steady evolution so Apexia drivers get a reliable, repeatable lap timing flow. The goal is to keep every feature honest and readable at speed, from first mount to last session. Each increment is exercised on real track weekends so hardware, UI, and sync stay stable.

Key changes in this chapter: Predictive delta matured. We also focused on Exports streamlined. These choices reduce friction in the paddock and keep drivers looking ahead instead of down at menus.

Another focus area: Cloud sync close to GA. We validate against reference timers, log deltas, and watch for drift so that data stays trustworthy. Consistent behavior across sunny, hot, or bumpy sessions matters more than headline specs.

Next steps include continued firmware polish, app refinement, and trackside support so teams can adopt Apexia quickly. If you want to try these builds, join the waitlist and send feedback-every note helps us ship a faster, clearer tool for drivers and coaches.

This post covers Closed the year with minor fixes and support hours. We are tracking steady evolution so Apexia drivers get a reliable, repeatable lap timing flow. The goal is to keep every feature honest and readable at speed, from first mount to last session. Each increment is exercised on real track weekends so hardware, UI, and sync stay stable.

Key changes in this chapter: Support hours posted for holidays. We also focused on Minor UI tweaks shipped. These choices reduce friction in the paddock and keep drivers looking ahead instead of down at menus.

Another focus area: Preparing next firmware. We validate against reference timers, log deltas, and watch for drift so that data stays trustworthy. Consistent behavior across sunny, hot, or bumpy sessions matters more than headline specs.

Next steps include continued firmware polish, app refinement, and trackside support so teams can adopt Apexia quickly. If you want to try these builds, join the waitlist and send feedback-every note helps us ship a faster, clearer tool for drivers and coaches.

This post covers Summarized lessons from fall HPDE events. We are tracking steady evolution so Apexia drivers get a reliable, repeatable lap timing flow. The goal is to keep every feature honest and readable at speed, from first mount to last session. Each increment is exercised on real track weekends so hardware, UI, and sync stay stable.

Key changes in this chapter: Sector placement matters most. We also focused on Stable mounts reduce vibration. These choices reduce friction in the paddock and keep drivers looking ahead instead of down at menus.

Another focus area: Consistent naming speeds reviews. We validate against reference timers, log deltas, and watch for drift so that data stays trustworthy. Consistent behavior across sunny, hot, or bumpy sessions matters more than headline specs.

Next steps include continued firmware polish, app refinement, and trackside support so teams can adopt Apexia quickly. If you want to try these builds, join the waitlist and send feedback-every note helps us ship a faster, clearer tool for drivers and coaches.

This post covers Documented the latest mobile app changes. We are tracking steady evolution so Apexia drivers get a reliable, repeatable lap timing flow. The goal is to keep every feature honest and readable at speed, from first mount to last session. Each increment is exercised on real track weekends so hardware, UI, and sync stay stable.

Key changes in this chapter: Cleaner session list. We also focused on Improved notes UI. These choices reduce friction in the paddock and keep drivers looking ahead instead of down at menus.

Another focus area: Share links faster. We validate against reference timers, log deltas, and watch for drift so that data stays trustworthy. Consistent behavior across sunny, hot, or bumpy sessions matters more than headline specs.

Next steps include continued firmware polish, app refinement, and trackside support so teams can adopt Apexia quickly. If you want to try these builds, join the waitlist and send feedback-every note helps us ship a faster, clearer tool for drivers and coaches.

This post covers Rolled out firmware improvements before winter events. We are tracking steady evolution so Apexia drivers get a reliable, repeatable lap timing flow. The goal is to keep every feature honest and readable at speed, from first mount to last session. Each increment is exercised on real track weekends so hardware, UI, and sync stay stable.

Key changes in this chapter: Stability fixes in sync. We also focused on Export speed-ups. These choices reduce friction in the paddock and keep drivers looking ahead instead of down at menus.

Another focus area: UI polish for low light. We validate against reference timers, log deltas, and watch for drift so that data stays trustworthy. Consistent behavior across sunny, hot, or bumpy sessions matters more than headline specs.

Next steps include continued firmware polish, app refinement, and trackside support so teams can adopt Apexia quickly. If you want to try these builds, join the waitlist and send feedback-every note helps us ship a faster, clearer tool for drivers and coaches.

This post covers Added guidance for tagging laps with setup changes. We are tracking steady evolution so Apexia drivers get a reliable, repeatable lap timing flow. The goal is to keep every feature honest and readable at speed, from first mount to last session. Each increment is exercised on real track weekends so hardware, UI, and sync stay stable.

Key changes in this chapter: Note tire and pressure changes. We also focused on Tag aero or suspension tweaks. These choices reduce friction in the paddock and keep drivers looking ahead instead of down at menus.

Another focus area: Compare laps with consistent notes. We validate against reference timers, log deltas, and watch for drift so that data stays trustworthy. Consistent behavior across sunny, hot, or bumpy sessions matters more than headline specs.

Next steps include continued firmware polish, app refinement, and trackside support so teams can adopt Apexia quickly. If you want to try these builds, join the waitlist and send feedback-every note helps us ship a faster, clearer tool for drivers and coaches.

This post covers Refined smoothing to keep deltas stable on rough circuits. We are tracking steady evolution so Apexia drivers get a reliable, repeatable lap timing flow. The goal is to keep every feature honest and readable at speed, from first mount to last session. Each increment is exercised on real track weekends so hardware, UI, and sync stay stable.

Key changes in this chapter: Less jitter in fast corners. We also focused on Aligned with sector boundaries. These choices reduce friction in the paddock and keep drivers looking ahead instead of down at menus.

Another focus area: Keeps responsiveness high. We validate against reference timers, log deltas, and watch for drift so that data stays trustworthy. Consistent behavior across sunny, hot, or bumpy sessions matters more than headline specs.

Next steps include continued firmware polish, app refinement, and trackside support so teams can adopt Apexia quickly. If you want to try these builds, join the waitlist and send feedback-every note helps us ship a faster, clearer tool for drivers and coaches.

This post covers Shared best practices for keeping the pack healthy. We are tracking steady evolution so Apexia drivers get a reliable, repeatable lap timing flow. The goal is to keep every feature honest and readable at speed, from first mount to last session. Each increment is exercised on real track weekends so hardware, UI, and sync stay stable.

Key changes in this chapter: Top-up between sessions. We also focused on Avoid full discharge cycles. These choices reduce friction in the paddock and keep drivers looking ahead instead of down at menus.

Another focus area: Store at moderate temps. We validate against reference timers, log deltas, and watch for drift so that data stays trustworthy. Consistent behavior across sunny, hot, or bumpy sessions matters more than headline specs.

Next steps include continued firmware polish, app refinement, and trackside support so teams can adopt Apexia quickly. If you want to try these builds, join the waitlist and send feedback-every note helps us ship a faster, clearer tool for drivers and coaches.