Mini Stock

The Mini Stock requires careful modulation to avoid locking the front wheels. At 1067 kg with driver, this lightweight stock car demands precise brake pressure management, particularly as the car's cross weight distribution directly influences braking balance. Excessively high cross weight values can lead to left-front tire lockups under braking due to reduced load on that corner, making brake bias adjustments critical for consistent stopping performance. Camber settings significantly impact braking effectiveness in this car. Higher camber angles increase cornering force but reduce longitudinal grip under braking, creating a fundamental setup trade-off. You'll need to balance mechanical grip with braking stability, especially considering the strut front suspension's response to weight transfer during heavy braking zones. Tire pressure strategy plays a crucial role in braking consistency. Lower pressures provide more mechanical grip but build heat faster, which can alter brake feel over a stint. Monitor tire temperatures after sessions to understand how much work each corner is doing under braking—uneven temperatures often indicate the need for cross weight or brake balance adjustments to optimize stopping power across all four corners.