Drag coefficient measures how much air slows the sled. Lower values indicate better aerodynamic efficiency. Athletes aim to reduce drag during descent. Smooth body position decreases air resistance. Equipment shape also affects airflow behavior. Higher speeds increase the impact of drag. Small posture changes can alter drag levels. For example an athlete flattens shoulders on a straight. That adjustment reduces drag and preserves speed. Coaches analyze form to improve aerodynamic numbers. Efficient airflow supports faster overall times. Managing drag coefficient remains essential for performance.
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