Covers split metrics, charge and thermal state, run naming, and invalidation rules while keeping commissioning and readiness checks in the calibration workflow.

Explains repeatable surface-temperature comparisons and the limits of using thermal images to diagnose internal battery components.

Uses the described 20s9p design example to examine competing space, current-path, and thermal constraints without inventing a validated battery-build recipe.

Keeps the modified CTY2 mode distinct from stock platform data and RCR controller settings, retaining the original fields and supporting hardware context.

Preserves the distinction between a ride with a charging stop and a single-charge estimate, with Wh/mile and environmental comparison context.

Compares AMORGE battery configurations for 60V CTY2 and 72V through 96V RCR builds, with pack sizes, cell options, current ratings, battery-cover fitment, included hardware, pricing, and ordering information.

Seven years of experience shaped these practical guidelines for keeping the community welcoming, respectful, enjoyable, and focused on what brings us together.

Keeps representative fields and ranges explicitly unverified for a particular controller while preserving the original explanatory reference.

Compares NMC, NCA, LFP, LTO, and LMO battery technologies for ONYX applications, then examines solid-state, lithium-metal, semi-solid, and lithium-sulfur technologies and their current limitations.

Ranks current 21700 cell options for ONYX batteries, including Great Power 60Q, Reliance RS50, Tenpower 50XG, EVE 50PL, Ampace JP50, and Samsung 50S, with guidance for street and high-performance builds.

Consolidates the detailed throttle procedure while preserving immediate stop checks in wiring, settings, AutoLearn, and calibration workflows.

Cruise Tune makes the RCR 80V smoother and easier to share, while Thrill Tune unlocks stronger performance with linear power delivery and improved thermal control.