Summary of Telemetry Track run
We took the Apex EV Superbike through 15 high-speed laps at the testing circuit to log real-time telemetry, thermal battery dissipation, and CAN-bus throttle responsiveness under max torque loads.
⚡ Track Run Telemetry Summary
- • Peak Output: 200 kW (268 HP)
- • 0-100 km/h: 2.15 seconds
- • Max Inverter Temp: 68°C (Thermal Nominal)
- • Regen Efficiency: 18.4% energy recovered
1. Instant Corner-Exit Torque
Unlike traditional combustion engines that require precise gear selection on apex exit, the direct-drive motor delivers immediate 420 Nm torque output. The onboard firmware adjusts traction control cycles every 2 milliseconds to prevent rear wheel spin without cutting acceleration.
2. Battery Thermal Management
During back-to-back hot laps, liquid cooling channels kept the 800V architecture comfortably below critical thresholds. Battery degradation curves remained flat across all 15 test cycles.
"The transition from analog mechanical throttle linkage to real-time CAN-bus data pipelines redefines how rider inputs translate to track speed."
Stay tuned for Part 2, where we breakdown the telemetry logs in a full Web3 open-data repository.