A surge in demand had allowed us to develop our glute ham developer (GHD) machines range, it is a versatile strength machine designed primarily to target the hamstrings and gluteal muscles, but also engages the entire posterior chain including the lower back, calves, and core. This synergy makes the glute ham raise—performed on the GHD machine—one of the most comprehensive posterior chain exercises available.It offers excellent benefits for muscle development, injury prevention, and overall athletic performance.
A surge in demand had allowed us to develop our glute ham developer (GHD) machines range, it is a versatile strength machine designed primarily to target the hamstrings and gluteal muscles, but also engages the entire posterior chain including the lower back, calves, and core. This synergy makes the glute ham raise—performed on the GHD machine—one of the most comprehensive posterior chain exercises available.It offers excellent benefits for muscle development, injury prevention, and overall athletic performance.
So we know glute ham developers target your hamstrings—especially the semitendinosus and biceps femoris—alongside the gluteus maximus, lower back, calves, and core. Activation is especially high in the posterior chain, providing unique benefits for strength, hypertrophy, and injury resistance
Hamstrings
The GHD machine trains the hamstrings in both their key functions: knee flexion and hip extension, maximizing muscular development.
Gluteus Maximus
Principal hip extensor, especially recruited during the hip extension phase of the glute ham raise.
Erector Spinae (Lower Back)
Provides trunk stabilisation and supports spine extension throughout the movement.
Calves (Gastrocnemius and Soleus)
Help stabilise the ankle and knee throughout the exercise, assisting with full lower limb coordination.
Core (Rectus Abdominis, Obliques, Hip Flexors)
Stabilise the trunk, resist extension forces, and actively engage during variations such as GHD sit-ups.
Gluteus Medius and Minimus
Assist with pelvic and hip stabilisation, especially during dynamic phases or single-leg variations.