Single-Leg Glute Bridge Jump

An advanced explosive bridge variation that develops single-leg hip-extension power while challenging takeoff, landing, and pelvic control.

Muscles Targeted

Glute max, hamstrings, calves, abdominals, obliques, and pelvic stabilizers.

Key Benefits

  • Develops explosive single-leg hip-extension power
  • Challenges the glutes and hamstrings through a faster contraction
  • Trains takeoff and landing control in a supported position
  • Provides an advanced progression after strong single-leg bridge control
Land softly and reset each repetition—do not turn it into an uncontrolled bounce.

Equipment Needed

Exercise mat and a foam pad or another soft, secure surface under the working heel.

How to Perform

  1. Lie on your back with one heel supported on a foam pad or other secure surface.
  2. Lift the opposite leg and set your trunk and pelvis before beginning.
  3. Drive rapidly through the working heel and extend the hip so the heel briefly leaves the surface.
  4. Land softly through the heel while keeping the pelvis level.
  5. Reset your position before repeating.

Programming Options

  • Use only after a controlled single-leg glute bridge is pain-free and strong
  • Prioritize clean takeoff and soft landing quality over speed
  • Regress to a single-leg glute bridge or fast non-jumping hip drive

Why This Variation Works

The explosive bridge action develops rapid posterior-chain force while the floor-based position makes it easier to focus on hip extension and landing control.

When to Use It

Advanced strength and power phases for athletes who already demonstrate strong single-leg bridge control.

Frequently Asked Questions

Who should use this exercise?

It is best suited for advanced athletes or rehab clients who already have strong, pain-free single-leg bridge control.

Why use a foam pad?

A soft, secure pad can make heel contact more comfortable and provide a clear landing target.

Should I bounce continuously?

No. Reset between repetitions so each takeoff and landing stays controlled.