Conversely, a short track like Bristol demands an engine with immense mid-range torque for quick acceleration out of the corners. The engine’s configuration, including its camshaft profile, cylinder heads, and intake design, is tailored to deliver optimal torque and horsepower curves that match the demands of each upcoming race.
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As the driver of the No. Teams invest heavily in wind tunnel testing and computational fluid dynamics to refine the shape of the car.
This internal control is vital for maintaining consistency and making precise adjustments to the vehicle’s handling characteristics from week to week. For a superspeedway like Daytona, the engine might prioritize high RPM power and top-end stability.
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The car’s setup—its suspension geometry, shock absorbers, and anti-roll bars—directly influences tire temperature, wear, and grip. A car that is too stiff might overheat the tires on a restart, while a car that is too soft might lack the pace to pull away from the field.
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