Landmine Half Kneeling Shoulders Press

Landmine Half Kneeling Shoulders Press Exercise Description

The landmine half-kneeling shoulder press is a unilateral, diagonal pressing pattern using a barbell fixed at one end. From a stable half-kneeling base, you press the bar up and slightly forward in the scapular plane, targeting the deltoids (especially anterior), triceps, and upper chest, with the serratus anterior assisting scapular upward rotation. The half-kneeling stance promotes a neutral spine and ribcage control, encouraging the glute of the down leg and the core to stabilize the pelvis and torso. The landmine’s arced path guides the shoulder through flexion with a natural scapulohumeral rhythm, helping you focus on controlled pressing without excessive lumbar extension or elbow flare. This variation builds shoulder pressing mechanics while reinforcing frontal-plane stability and midline control.

How To Do The Landmine Half Kneeling Shoulders Press Exercise

‘- Secure a barbell in a landmine attachment (or wedge the sleeve safely into a corner).
– Assume a half-kneeling stance with the knee opposite the pressing arm on the floor; front foot flat, knee stacked over midfoot.
– Hold the end of the bar with a neutral wrist and vertical forearm at shoulder height; elbow slightly in front of the torso (scapular plane).
– Set ribs over pelvis, brace, and squeeze the glute of the down leg; maintain a neutral spine and level hips.
– Slightly retract and depress the scapula, then press the bar up and forward along its arc without shrugging early.
– Finish with the arm long, biceps near ear, allowing natural scapular upward rotation; keep ribs down.
– Lower under control, keeping the forearm vertical and the path consistent.
– Switch sides and repeat with the same setup.
– Avoid: flared ribs, overarched low back, excessive elbow flare, bent wrist, or collapsing front-knee alignment.

Landmine Half Kneeling Shoulders Press Tips

‘- Secure the barbell firmly in a landmine attachment or tightly wedged into a corner before pressing.
– Set up in a half-kneeling stance with the knee opposite the pressing arm on the floor and the front foot flat.
– Stack the front knee directly over the midfoot to maintain stable lower-body alignment.
– Hold the end of the bar with a neutral wrist and a vertical forearm at shoulder height.
– Position the elbow slightly in front of the torso so you press in the scapular plane.
– Stack ribs over pelvis, brace, and squeeze the glute of the down leg to keep a neutral spine and level hips.
– Slightly retract and depress the scapula before you press, and avoid shrugging early.
– Press the bar up and slightly forward along its natural arc, keeping the forearm vertical.
– At the top, finish with the arm long and biceps near the ear while keeping the ribs down.
– Lower the bar under control, keeping the forearm vertical and the bar path consistent.
– Avoid letting the ribs flare or the lower back overarch as you press.
– Avoid excessive elbow flare, a bent wrist, or the front knee collapsing out of alignment.

Landmine Half Kneeling Shoulders Press Beginner Introduction

The landmine half-kneeling shoulder press blends a single-arm overhead motion with a diagonal push using a barbell anchored at one end. In a grounded half-kneeling stance, the bar travels along the landmine’s curved path, moving upward and slightly forward. This pattern highlights the front of the shoulders, triceps, and upper chest, while the shoulder blade and rib area move together for a smoother, more natural press.

Because one knee is down and the opposite foot is planted, the lower body and core play a big supporting role. The hip on the kneeling side, the abs, and the muscles around the spine work to steady the pelvis and upper body as the arm presses the weight. This setup encourages controlled pressing mechanics without relying on excessive arching through the lower back or wild elbow movement. As a result, the exercise suits lifters who want to refine overhead pressing technique while also challenging overall balance and side-to-side stability.