Zoom into Speed: NSCA Sprinting & Running Practice Test 2026 – Dash to Success!

Max velocity sprinting hinges on how much force the ankle can generate during the push-off, specifically through strong and rapid plantarflexion as the body transitions from stance to drive. The best correction focuses on increasing ankle joint work, meaning building the strength, power, and reactive ability of the calf muscles to push the foot into plantarflexion with control and speed during forward propulsion. The option that targets ankle joint work across forward movement, including running, hopping, bounding, and jumping, plus specialized strengthening, directly trains the ankle to produce greater and more timely push-off force. This improves leg extension at the moment of push-off, which is essential for maximizing velocity.

The other options don’t directly influence this mechanism. Upper body compression drills, shoulder stabilization, and neck/trunk flexibility can aid overall posture or injury prevention, but they don’t specifically enhance the ankle’s capacity to extend the leg powerfully at push-off.