Blog Posts

Maximize your heavy EV stopping power on the track by upgrading to high-temp EV brake fluid and stainless steel lines for a consistently firm pedal feel.

Conquer extreme EV brake fade and drastically reduce unsprung weight with our deep dive into upgrading to EV carbon ceramic brakes for track-ready performance.

When pushing heavy electric vehicles to the limit, the battle of regen vs friction brakes defines your lap times. We compare regenerative tuning against mechanical stopping power to crown the ultimate track setup.

Discover the best big brake kits for high-performance EVs and e-bikes, featuring essential bleeding gear to drastically reduce EV stopping distance and eliminate brake fade on the track.

Master the science of heavy EV stopping power with our complete breakdown of EV brake upgrades, from high-temp fluids to massive carbon-ceramic track kits.

After three months of punishing track days, we evaluate if the Webasto Heated Chiller is the definitive active battery temperature control upgrade for the E-Tuner community.

A ruthless breakdown of the top high-flow mechanical components for assembling a track-ready electric vehicle thermal management system.

Pushing your EV on the drag strip requires extreme thermal tuning. Learn how aftermarket inline coolant chillers bypass factory limits to deliver sub-zero battery temperatures for relentless acceleration.

Maximize high-voltage track day performance and prevent cell degradation by upgrading your thermal interface materials and cooling mats.