Hip Adductor Machine
The Hip Adductor Machine is a machine exercise that primarily targets the inner thighs. It is a staple in well-designed hypertrophy and strength programs when programmed with proper volume and progressive overload.
How to perform the Hip Adductor Machine
- 1Sit on the machine with your back against the pad, adjust the seat so your knees line up with the pads, and set the starting width to a comfortable stretch in your inner thighs while keeping your feet flat and core lightly braced. Hold the handles or sides of the seat to stay steady and keep your chest up, looking straight ahead.
- 2Gently squeeze your legs together until the pads come close but not crashing together, exhaling as you bring them in, then slowly let your legs return to the starting width with control as you inhale. Move in a smooth, steady rhythm without bouncing, keeping your inner thighs doing the work instead of using momentum.
Coach tips
- Start lighter than you think so you can feel your inner thighs working without twisting your hips or leaning forward.
- Avoid letting the weight stack slam down; control the return to keep tension on your muscles and protect your hips and knees.
- Keep your lower back against the pad and core engaged so the movement stays in your legs, not your lower back.
Train inner thighs smarter
One rep, one set. Hypro turns the Hip Adductor Machine into measurable progress, week after week.
The right weight, every set
Hypro suggests your next Hip Adductor Machine weight and reps based on what you actually lifted, your rest, and your fatigue. Choose weight-first or reps-first. The more you log, the sharper it gets.

See exactly how much inner thighs you train each week
Every set you log counts toward weekly volume per muscle group. Spot imbalances, avoid junk volume, and program the same way IFBB Pros do.

Use this exercise inside an IFBB Pro plan
Pick a coach-made program, get a plan matched to your goals, and message your coach for form checks. The Hip Adductor Machine fits right into proven hypertrophy and strength templates.
