Performance

Explains how voltage, current, controllers, and components translate into real-world performance on ONYX platforms from stock to 30kW+ builds.

Defines how to connect to and configure the 72V ONYX Kelly controller using AC Aduser, including Bluetooth modules, pairing, and wired connections.

Defines how the Kelly KLS7230S controller operates on the 72V ONYX, including power flow, current behavior, field weakening, regenerative braking, connection workflow, programming behavior, thermal limits, and tuning boundaries.

Stock configuration parameters for the Kelly KLS7230S controller used in the 72V ONYX, including field definitions and firmware behavior notes.

Defines diagnostics and troubleshooting for the 72V ONYX Kelly controller, including calibration, sensor validation, throttle behavior, fault interpretation, thermal behavior, and real-world failure patterns.

Defines the 72V ONYX Kelly SICKO MODE system, including controller behavior, power flow, hardware requirements, and how components interact in high-output builds.

Defines SICKO MODE tuning for the 72V ONYX Kelly controller, including battery limits, current behavior, controller programming, hardware upgrades, thermal constraints, and real-world failure patterns.

Defines operating temperature ranges, thermal limits, and cooling considerations for ONYX systems including motor, controller, and battery.

Overview of the Biltwell 100 desert race and ONYX 80V platform performance in extreme off road conditions.

Explains how motor heat develops on ONYX bikes and how cooling upgrades such as Statorade and Hubsinks affect temperature and sustained performance.

Explains how to measure ONYX performance using GPS-based meters such as RaceBox Mini and Dragy.

Building ONYX-specific AI assistants for FarDriver controller tuning using ChatGPT GPTs or a fully local AnythingLLM and Ollama setup.

Defines the AutoLearn process for FarDriver controllers on ONYX platforms, including motor detection, phase alignment, execution steps, and validation of correct commutation before tuning.

Defines validated ONYX FarDriver JAWS MODE performance builds, including supported controllers, motors, batteries, fitment limits, installation baseline, and high-voltage system behavior.

Defines a structured ONYX RCR JAWS MODE calibration workflow for FarDriver controllers using baseline validation, controlled riding tests, measured performance checks, thermal review, and troubleshooting.

ONYX-focused FarDriver JAWS MODE engineering reference covering all parameters, system relationships, torque and weakening behavior, regen, protection logic, and real-world performance across ND-series controllers and QS motors.

Provides the complete FarDriver JAWS MODE configuration, including all controller parameters, throttle settings, RPM mapping, regeneration behavior, protection limits, and system-level values used on ONYX builds.

Defines the ONYX FarDriver harness used in JAWS MODE builds, including connector mapping, manual integration procedures, plug-and-play installation, and how wiring affects system behavior and reliability.

Technical examination of ONYX launch behavior, including acceleration dynamics, rider input, system load, and structured preparation for consistent high-performance runs.

Organizes ONYX performance upgrades including controllers, motors, batteries, and cooling systems used in high-power builds.