Understand VESC motor controllers: open-source FOC vector algorithms, live telemetry, regenerative braking, and 24S–30S high-power hardware sizing.
Why exceeding your VESC's maximum input voltage is the fastest way to permanently kill a controller — and the exact warning signs (pop, zero current, cold board) that tell you it's already happened.
A plain-English explainer of the two current numbers every VESC builder mixes up: battery (DC) current vs.
A field-case companion to our VESC Troubleshooting Guide. Instead of the usual fault-code table, this article walks through six real faults we personally diagnosed and fixed on the bench.
Complete guide to using VESC motor controllers in RC cars: sensored FOC precision for 1/5 scale and crawlers, tuning with VESC Tool, and advanced capabilities like odometry and ROS integration.
Comprehensive guide to VESC in robotics: autonomous vehicles (F1TENTH, AGVs), research platforms, humanoids, and robotic arms.
