Hollow Body Hold

Quick Information

Category
Functional Training
Difficulty
Intermediate
Equipment
Mat
Primary muscle group
Rectus Abdominis
Secondary muscle groups
Obliques, Hip Flexors, Latissimus Dorsi
Movement pattern
Anti-Extension Isometric
Training goal
Trunk Stability
Sport
General Athletic Development, MMA, Boxing, Wrestling, BJJ

Overview

Purpose. Build the ability to hold a rigid, braced body position under tension.

How it fits the system. An intermediate-level anti-extension isometric entry in the Functional Training section, programmed to develop trunk stability. Related work in the library: Reverse Crunch and Bear Plank Shoulder Tap.

Primary muscles

Rectus Abdominis

Secondary muscles

Obliques, Hip Flexors, Latissimus Dorsi

Movement pattern

Anti-Extension Isometric

Equipment

Mat

Difficulty

Intermediate

How to Perform

  1. Lie on your back with the arms overhead and the legs straight.
  2. Press the lower back into the floor and tilt the pelvis back.
  3. Lift the shoulder blades and the legs off the floor.
  4. Keep the arms beside the ears and the legs together.
  5. Hold the position with the lower back still pressed down.
  6. Lower under control when the back starts to lift.

Coaching Cues

  • The lower back must stay in contact with the floor.
  • Point the toes and keep the legs together.
  • Raise the legs higher to make it easier.

Common Mistakes

  • Letting the lower back arch off the floor.
  • Pulling the chin to the chest.
  • Holding a position you cannot maintain.

Progressions & Regressions

Progressions
Lower the arms and legs closer to the floor, or add a rock.
Regressions
Tuck the knees or keep the arms by the sides.

When to Use It

When to use
As core work and preparation for gymnastics skills.
When not to use
With neck strain that does not settle with head support.
Programming
3 to 4 holds of 15 to 40 seconds.

Popular

Popular Articles

3.8 Jump Training and Vertical Power — FitXplor article cover
1.1 Introduction to Athletic Performance — FitXplor article cover
2.2 Maximum Strength Development — FitXplor article cover