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Bent Over Dumbbell Rear Delt Raise With Head On Bench — StartStart
Bent Over Dumbbell Rear Delt Raise With Head On Bench — EndEnd
Images: free-exercise-db (public domain) — “Bent Over Dumbbell Rear Delt Raise With Head On Bench”

Bent-Over Dumbbell Rear Delt Raise With Head On Bench ​

This variation of the rear delt raise places the forehead or chest against the end of an incline or flat bench while bending over, fully removing all lumbar erector spinae demand. The mechanics of the shoulder movement are identical to the seated bent-over raise — the torso is approximately parallel to the floor, arms raise laterally in horizontal abduction — but the spine is supported and the position is rigidly fixed throughout the set.

Execution ​

  1. Rest the forehead on the end of a flat bench or pad with the torso parallel to the floor; let the dumbbells hang straight down
  2. Keep the arms nearly extended with a slight elbow bend
  3. Raise the arms out to the sides until the elbows reach shoulder height, leading with the elbows
  4. Avoid using upper trap shrugging to initiate; the movement should feel like pulling the shoulder blades apart
  5. Lower under control

Why the Head-Supported Variation ​

The seated bent-over raise requires sustained isometric erector spinae activity to hold the torso forward. During high-volume isolation work or at the end of a training session, the erectors often fatigue before the target posterior deltoid, forcing early set termination.

By resting the forehead on the bench:

  • All lumbar and thoracic erector demand is eliminated
  • The torso angle is passively maintained throughout the set
  • All available neural drive goes to the posterior deltoid and upper back
  • Athletes with lower back sensitivity can train this pattern without lumbar loading

The trade-off is that no hip hinge mobility or core stability is trained simultaneously. This is purely a posterior shoulder isolation exercise.

Activation Expectations ​

Based on the mechanically equivalent seated bent-over raise (Sweeney 2014, n=16): posterior deltoid ~73% MVIC, lateral deltoid ~70% MVIC, anterior deltoid ~5% MVIC. The head/bench support does not change the shoulder mechanics.

For system-specific training applications, see each system's lens entry.

Evidence-tiered training knowledge.