Which option is NOT the best exercise for glute max MVIC?

Which option is NOT the best exercise for glute max MVIC?

• A. SL squat
• B. Transverse lunge
• C. Forwards lunge
• D. Bridging on stable surface

Answer: (D)

Maximizing gluteus maximus MVIC comes from movements that place a strong hip-extension demand while requiring the pelvis to be stabilized and the load borne primarily by the stance leg. Unilateral tasks like a single-leg squat and lunges push the hip into extension against body weight with minimal compensations, which drives greater glute max activation. The transverse lunge adds rotational demand that further challenges hip extension and external rotation, boosting activation even more. A forwards lunge similarly emphasizes hip extension during the push-off phase. Bridging on a stable surface, while useful for general glute engagement, tends to produce a lower hip-extension moment on the gluteus maximus because both hips are fixed and the pelvis is supported by the surface. Other muscles, particularly the hamstrings and adductors, can share more of the load, reducing the maximal activation of the gluteus maximus. Therefore, bridging on a stable surface is not the best option for eliciting maximal gluteus maximus activation.

Maximizing gluteus maximus MVIC comes from movements that place a strong hip-extension demand while requiring the pelvis to be stabilized and the load borne primarily by the stance leg. Unilateral tasks like a single-leg squat and lunges push the hip into extension against body weight with minimal compensations, which drives greater glute max activation. The transverse lunge adds rotational demand that further challenges hip extension and external rotation, boosting activation even more. A forwards lunge similarly emphasizes hip extension during the push-off phase.

Bridging on a stable surface, while useful for general glute engagement, tends to produce a lower hip-extension moment on the gluteus maximus because both hips are fixed and the pelvis is supported by the surface. Other muscles, particularly the hamstrings and adductors, can share more of the load, reducing the maximal activation of the gluteus maximus. Therefore, bridging on a stable surface is not the best option for eliciting maximal gluteus maximus activation.