A single ONYX JAWS MODE hardware reference covering build selection, supported voltage tiers, motor fitment, controller costs, throttle and mode baseline, installation expectations, and validated FarDriver system constraints.

A complete hardware integration reference for the ONYX FarDriver harness covering system-level behavior, connector functions, manual wiring procedures, plug-and-play installation, and validation steps before tuning.

A calibration reference for ONYX FarDriver systems explaining AutoLearn behavior, required conditions, execution steps, expected results, failure recovery, and how to verify correct motor identification prior to applying any tune.

A full reference of the JAWS MODE FarDriver tune with exact parameter tables covering base setup, advanced controller configuration, throttle calibration, field weakening curves, regen mapping, gear ratios, protection systems, and display settings.

Explains how to create a JAWS MODE tuning assistant using either a custom ChatGPT GPT or a local LLM stack, including setup, configuration, and example tuning behavior analysis.

A complete ONYX FarDriver JAWS MODE reference including Simple Mode and Pro NBLE, with detailed explanations of parameter behavior, system interactions, torque-to-weakening transitions, tuning strategy, limits, and real-world riding effects.

Outlines the 72V ONYX Kelly SICKO MODE system, covering controller fundamentals, power flow, safety limits, and how each subsystem contributes to high-performance builds.

Explains the electrical behavior of the 72V ONYX Kelly controller, including voltage, current, torque production, back EMF, controller interaction with riding modes, programming workflow, thermal behavior under load, and safe tuning ranges.

Explains how to access and program the 72V ONYX Kelly controller using AC Aduser, covering Bluetooth module types, pairing steps, connection methods, and initial setup.

Explains how to diagnose and resolve issues on the 72V ONYX Kelly controller, combining calibration procedures, fault codes, thermal behavior, and controller logic into a real-world diagnostic system.

Explains how SICKO MODE changes system behavior on the 72V ONYX, including battery and phase current interaction, thermal limits, voltage sag, hardware requirements, programming workflow, and the real-world consequences of high-output operation.

Walks through the step-by-step bedding process for new brake pads and rotors, including rotor cleaning, moderate and hard braking cycles, cooldown procedures, and common mistakes to avoid.