Start and acceleration error: Jumped the first stride. What is the correction?

Start and acceleration error: Jumped the first stride. What is the correction?

• A. Increasing forward lean; maintaining proper head alignment; accelerating rear leg action
• B. Reducing forward lean and bracing the trunk
• C. Lifting the head and extending the arms
• D. Decreasing stride rate

Answer: (A)

The main idea is to establish a strong, productive angle off the start to prevent lifting the first step. Jumping the first stride often comes from not achieving enough forward drive right after block clearance. The correction is to increase forward lean, keep the head aligned with the spine, and accelerate the rear leg action. A forward-leaning posture helps drive the body forward rather than upward, the steady head position preserves a clean line of sight and prevents energy leakage, and accelerating the rear leg provides the immediate pop needed to propel into the acceleration phase. Reducing forward lean would blunt the drive and slow the start; lifting the head and extending the arms disrupts posture and tends to add vertical motion; decreasing stride rate doesn't address the initial drive and can hinder overall acceleration.

The main idea is to establish a strong, productive angle off the start to prevent lifting the first step. Jumping the first stride often comes from not achieving enough forward drive right after block clearance. The correction is to increase forward lean, keep the head aligned with the spine, and accelerate the rear leg action. A forward-leaning posture helps drive the body forward rather than upward, the steady head position preserves a clean line of sight and prevents energy leakage, and accelerating the rear leg provides the immediate pop needed to propel into the acceleration phase. Reducing forward lean would blunt the drive and slow the start; lifting the head and extending the arms disrupts posture and tends to add vertical motion; decreasing stride rate doesn't address the initial drive and can hinder overall acceleration.