BATTERY DIADNOSTICS

Regenerative Braking is Great. Physics is Greater.

Electric vehicles are significantly heavier than their combustion counterparts due to the massive battery packs. While regenerative braking handles 90% of your daily deceleration, your physical friction brakes are the only thing standing between you and an emergency stop. At EV Auto Lab, we ensure that safety net never fails.

Many EV owners believe their brakes last forever. The truth is, because they are used less frequently, they are highly susceptible to corrosion, seizing, and fluid degradation. We specialize in keeping your stopping power responsive and silent.

The "Use It or Lose It" Problem

In a standard car, heat from constant braking keeps calipers moving and rotors clean. In an EV, your mechanical brakes can go days without engaging hard. This lack of use can lead to critical issues:

• Caliper Seizing: Without regular movement and lubrication, brake slide pins can rust in place, causing uneven wear or dragging brakes that kill your range.

• Rotor Glazing & Rust: Surface rust can build up on rotors, leading to noisy operation and reduced friction when you panic brake.

• Brake Fluid Moisture: Brake fluid attracts water. Since EV brakes don't get hot enough to boil this moisture off, internal corrosion can rot your brake lines from the inside out.

Our EV-Specific Brake Protocol

We don't just swap pads; we perform a comprehensive Brake Caliper Service. We strip down the braking assembly, clean the slide pins, and apply high-temperature ceramic lubricant to ensure free movement.

Tire Intelligence: Tires on an EV wear 20% faster due to instant torque and weight. We supply and install EV-rated Low Rolling Resistance (LRR) tires that feature noise-canceling foam and reinforced sidewalls to handle the load while maximizing your range.