Cable woodchop
A rotational cable movement training the obliques through a full range.
What it is
A cable movement in which you pull a handle diagonally across your body, from high to low or low to high, rotating through the trunk. Unlike the anti-rotation Pallof press, this trains the obliques as movers rather than as brakes.
Muscles worked
Primary: Obliques. Secondary: Core (rectus abdominis), Glutes, Shoulders, Glutes.
How to perform it
- Set a cable at shoulder height or above and stand side-on, feet about shoulder-width.
- Take the handle in both hands with your arms fairly straight and rotate towards the machine.
- Rotate away from the machine, pivoting the back foot and driving the movement from your trunk and hips rather than your arms.
- Return under control, letting the cable rotate you back to the start without losing your brace.
Common form faults
- Pulling with the arms rather than rotating the trunk. Keep the arms fairly straight and let the torso do the work; if the elbows are bending, lighten the load.
- Rotating through the lower back rather than the hips and mid-back. Allow the back foot to pivot so the hips can rotate; forcing rotation with the feet planted loads the lumbar spine.
- Going too heavy and using momentum. This is a control exercise. Moderate weight, deliberate speed, full range.
Programming
A core accessory in moderate to higher reps per side. Useful for rotational sports, and a good complement to the anti-rotation work of the Pallof press.
Plan your training
Variations & substitutions
Frequently asked questions
- Is trunk rotation bad for the spine?
- Loaded rotation is fine when it comes from the hips and mid-back with a controlled load. The problem is forcing rotation through a fixed lower back, which is what happens when the feet are planted and the weight is too heavy.
- High-to-low or low-to-high?
- Both. The high-to-low version emphasises the obliques with the trunk flexing, the low-to-high adds more hip drive. Rotating between them covers the pattern better.
Written and reviewed by Mathew Beale, MSc Biotechnology, University of Reading.
Last reviewed: