When you’re pushing your car hard on track, brake performance isn’t just about the calipers, rotors, and pads. Wheel design can play a role, too. The shape and openness of a wheel can influence how air moves through the wheel and around the brake assembly, helping dissipate the intense heat generated during hard braking.
In this episode of KONIG WheelTech, we break down how wheel design affects brake airflow, why brake cooling matters, and how choosing a wheel with better airflow can help keep your brakes performing when temperatures climb.
In this episode of KONIG #WheelTech, we break down how wheel design affects brake airflow, why brake cooling matters, and how choosing a wheel with better airflow can help keep your brakes performing when temperatures climb.
In this video:
How braking generates extreme heat
How wheel design affects airflow around the brakes
Why brake cooling is important for track driving
How open vs. restrictive wheel designs can change airflow
Why better airflow can help maintain brake performance
What to consider when choosing wheels for performance driving
More airflow = better brake cooling = more consistent braking performance
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