Cable Glute Kickback
CableStrength
The Cable Glute Kickback is a strength exercise performed on a cable machine with an ankle attachment, where you kick one leg straight back while maintaining a stable hip hinge to isolate and activate the glutes. Its primary purpose is to build glute strength, improve hip extension power, and enhance posterior chain stability. It mainly targets the gluteus maximus, with secondary engagement of the hamstrings and core, making it ideal for athletes, bodybuilders, or anyone seeking to develop a stronger, more sculpted backside.
How to Perform Cable Glute Kickback
- 1To perform the cable glute kickback safely and effectively, begin by attaching an ankle strap to the low pulley of a cable machine and securing it around your right ankle. Stand facing the machine with your feet hip-width apart, knees slightly bent, and core engaged for stability. Place your hands on the support bar or frame for balance, keeping your torso upright and spine neutral—avoid arching your back. Shift your weight slightly onto your left leg.
- 2Execute the movement by slowly extending your right leg straight back behind you, squeezing your glute at the top while keeping your knee straight or very slightly bent to maximize glute activation. Lift until your leg is parallel to the floor or slightly higher, ensuring your hips stay square and don't rotate open. Pause briefly at the peak contraction, then exhale as you control the return to the starting position without letting the cable pull your leg forward abruptly. Inhale during the lowering phase. Complete all reps on one side before switching.
- 3Key form cues include maintaining a stable pelvis—imagine tucking your tailbone under—and focusing the effort in your glute rather than swinging with momentum. Common mistakes to avoid are hyperextending your lower back, which strains the spine, bending your knee excessively to cheat the range, or using your back muscles instead of isolating the glutes. Perform 3 sets of 10-15 reps per leg with controlled tempo for optimal strength gains.
