Glute Training for Vertical Jump: Build the Hip Power That Drives Takeoff

Your glutes are the largest and most powerful muscles in your body, and they are the primary engine behind a high vertical jump. During takeoff, the gluteus maximus produces the forceful hip extension that drives your body upward. Athletes who neglect direct glute training often hit a ceiling on their vertical because their quads and calves cannot compensate for weak hips.

Most basketball players do squats and assume their glutes are taken care of. That assumption is wrong more often than you would expect. Squats train the glutes, but quad-dominant squatting patterns (which are extremely common) shift the workload away from the hips. The result is an athlete who can squat a respectable number but still cannot produce the explosive hip drive needed for a max-effort jump.

Why Glutes Matter So Much for Vertical Jump

The Hip Extension Connection

A vertical jump is, at its core, a rapid triple extension of the hips, knees, and ankles. Of these three joints, the hip produces the most force and contributes the most to jump height. Research on joint contributions during vertical jumping consistently shows that hip extension accounts for a larger share of total force output than knee extension or ankle plantarflexion.

The gluteus maximus is the primary muscle responsible for hip extension. When you drop into the countermovement and then reverse direction to drive upward, your glutes are doing the heaviest lifting during that transition from downward to upward movement. If your glutes are weak or slow to activate, you lose force at the most critical moment of the jump.

Glute Max vs. Glute Med

The gluteus maximus gets most of the attention, and rightfully so. It is the prime mover for hip extension and the muscle most directly responsible for driving you off the ground. But the gluteus medius plays a supporting role that matters more than many athletes realize.

The glute med stabilizes your pelvis and femur during single-leg movements and during the asymmetric loading that occurs during approach jumps. If your glute med is weak, your knee collapses inward during takeoff (a pattern called valgus collapse), and you leak force through that unstable joint position. Fixing that collapse with glute med work does not just protect your knees. It also means more of your force goes into the ground instead of being lost to lateral movement.

The “Quad Dominant” Problem

Many athletes develop a movement pattern where their quads do most of the work during squatting and jumping, while their glutes remain underactive. This happens for several reasons: sitting for long periods tightens the hip flexors and inhibits glute activation, poor squat technique shifts the load forward onto the quads, and most gym programs emphasize knee-dominant exercises over hip-dominant ones.

A quad-dominant jumper can still jump reasonably well, but they are leaving height on the table. Their quads can extend the knee forcefully, but without strong glute contribution, the hip extension that should be powering the jump is underpowered. These athletes often report that their vertical “stalls” despite getting stronger in the squat, and the reason is almost always insufficient hip extension power.

Best Glute Exercises for Vertical Jump

The exercises below are organized by their primary training effect. A complete glute program for vertical jump development should include exercises from each category.

Hip Thrusts

The barbell hip thrust is the single most effective exercise for isolating the gluteus maximus under heavy load. You sit on the ground with your upper back against a bench, place a barbell across your hips, and drive your hips toward the ceiling by squeezing your glutes. The movement is pure hip extension against resistance, which is exactly the pattern you need for jumping.

Hip thrusts allow you to load the glutes heavily without the spinal compression that comes with heavy squats or deadlifts. Most athletes can hip thrust significantly more than they can squat, because the movement isolates the hips and removes the limiting factors of core stability and upper back strength.

Start with 3 sets of 8 to 12 reps, focusing on a strong squeeze at the top of each rep. Hold the lockout for a full second before lowering. If you rush through the top position, you are probably using momentum rather than glute contraction.

Romanian Deadlifts (RDLs)

The RDL trains the glutes and hamstrings through a hip hinge pattern that closely mimics the loading position at the bottom of a countermovement jump. You hold the barbell in front of your thighs, push your hips back while keeping your knees slightly bent, lower the bar to mid-shin, and drive your hips forward to stand back up.

What makes the RDL particularly useful for jumpers is the eccentric loading it places on the glutes and hamstrings. During the countermovement phase of a vertical jump, these same muscles absorb force eccentrically before reversing into explosive hip extension. Training them through a controlled eccentric (the lowering phase of the RDL) builds the capacity to absorb and redirect force more efficiently.

Program RDLs for 3 to 4 sets of 6 to 10 reps. Control the descent for 2 to 3 seconds and drive up with force. Keep your back flat throughout the movement.

Bulgarian Split Squats

The Bulgarian split squat places one foot on a bench behind you while you squat on the front leg. This position forces the front leg’s glute to work harder than in a bilateral squat because there is minimal contribution from the rear leg. The exercise also demands significant glute med activation to keep your pelvis level and prevent your knee from caving inward.

For jumpers, the Bulgarian split squat has the added benefit of training single-leg strength in a range of motion that closely matches the takeoff position for one-foot jumps and approach jumps. If you play basketball, many of your in-game jumps happen off one foot, and bilateral squats alone do not fully prepare you for those demands.

Use 3 sets of 8 to 10 reps per leg. You can hold dumbbells at your sides or use a barbell across your back. Focus on sitting back into the movement rather than letting your knee drift excessively forward, which shifts the load onto the quad.

Glute Bridges (Bodyweight and Banded)

Glute bridges are a lighter version of the hip thrust, performed on the floor without a bench. They are an excellent warm-up exercise and activation drill. Wrapping a resistance band around your knees during the bridge forces your glute med to fire in order to keep your knees from collapsing inward, which addresses both glute max and glute med activation in one movement.

Use banded glute bridges as part of your warm-up routine before squatting, jumping, or sprinting. Perform 2 to 3 sets of 15 to 20 reps with a 2-second hold at the top. The goal is activation, not fatigue.

Step-Ups

The weighted step-up onto a box or bench is a simple, underused exercise for glute and quad development. By adjusting box height, you can shift the emphasis: higher boxes (knee at or above hip height) place more demand on the glutes, while lower boxes emphasize the quads.

For vertical jump purposes, use a box height where your thigh is roughly parallel to the ground at the start position. Step up by driving through the heel of the working leg and stand fully upright at the top. Do not push off with the trailing leg. That trailing leg should contribute as little as possible so the working leg’s glute does the majority of the work.

Program step-ups for 3 sets of 8 to 10 reps per leg with dumbbells or a barbell.

Lateral Band Walks

This is a glute med isolation exercise. Place a resistance band around your ankles (or just above your knees for less resistance) and walk sideways in a half-squat position for 10 to 15 steps in each direction. Keep your toes pointed forward and resist the band’s pull on each step.

Lateral band walks are a warm-up and prehab exercise, not a primary strength builder. Their value for jumpers is in training the glute med to stabilize the hip and knee during lateral movements and single-leg loading. Two to three sets before your main training session is enough.

Programming Glute Work for Vertical Jump

Frequency and Volume

The glutes recover relatively quickly compared to smaller muscle groups and respond well to frequent training. For most athletes, 2 to 3 dedicated glute training sessions per week is ideal, with a mix of heavy and moderate exercises.

A simple split might look like this:

Day 1 (Heavy, paired with squat variations): Hip thrusts (4 x 6 to 8, heavy), Bulgarian split squats (3 x 8 per leg)

Day 2 (Moderate, paired with plyometrics or sprint work): RDLs (3 x 8 to 10), step-ups (3 x 10 per leg)

Warm-up on all training days: Banded glute bridges (2 x 15), lateral band walks (2 x 12 per side)

Pairing Glute Work with Jump Training

Glute strength is only useful for jumping if your nervous system knows how to recruit those muscles at high speed during an explosive movement. Heavy hip thrusts build the raw force capacity, but you need plyometric training and jump practice to convert that strength into explosive power.

A proven approach is to pair a heavy glute exercise with an explosive movement in the same session. For example, perform a set of heavy hip thrusts, rest 90 seconds, then perform a set of box jumps or broad jumps. This contrast training method teaches your nervous system to use the strength you are building in an explosive context. Over time, the connection between raw glute strength and on-court jumping power becomes more automatic.

Progression

The glutes are strong muscles that can handle heavy loads. Do not be afraid to push the weight on hip thrusts and RDLs once your technique is solid. Many athletes are surprised by how much weight they can hip thrust relative to their squat. Progressive overload (adding weight, reps, or sets over time) is what drives adaptation, and the glutes are no exception.

Track your numbers on hip thrusts and RDLs the same way you track your squat and deadlift. If those numbers are going up and you are also doing regular jump training, your vertical will follow.

Common Mistakes in Glute Training for Jumping

Relying Only on Squats

Squats are a great exercise, but they are not a complete glute builder. In a standard back squat, the quads often do more work than the glutes, especially if you squat with an upright torso and relatively narrow stance. Athletes who only squat and never do direct hip extension work (hip thrusts, RDLs, glute bridges) frequently have glutes that are strong enough to support the squat but not strong enough to maximize their jump.

Ignoring the Glute Med

If your knees cave inward when you jump, that is a sign of weak glute med function. This valgus pattern does not just waste force; it also puts your ACL at risk. A few sets of banded work before each session can fix this over time, and the return on investment is high for both performance and injury prevention.

Training Only Slow Movements

Heavy hip thrusts and RDLs build the force capacity of your glutes, but a vertical jump happens in less than a second. If all your glute work is slow and controlled, you are building a strong engine that does not know how to rev up quickly. Always pair heavy glute work with explosive movements like jump squats, box jumps, or sprints to train rate of force development alongside peak force.

Skipping Activation Work

If you sit for most of the day (as most people do), your hip flexors tighten and your glutes become inhibited. Walking into the gym and immediately loading heavy hip thrusts when your glutes are not firing properly leads to compensations where your hamstrings and lower back take over the movement. Two to three minutes of glute activation (banded bridges, lateral walks) before training ensures the right muscles are doing the work.

How Glute Training Fits with Jump Programs

Programs like the Jump Manual and Vert Shock include strength training and plyometrics that challenge the glutes, but direct glute isolation work can be a valuable addition if you identify weak hips as a limiting factor. Adding 2 to 3 sets of hip thrusts or RDLs to your accessory work on strength days will not interfere with either program’s structure and can fill a gap that compound movements alone may not address.

If you are following a structured program and your squat is improving but your vertical is not, weak glutes are one of the first things to investigate. Add targeted hip extension work, combine it with explosive training, and give it 4 to 6 weeks. The transfer from stronger glutes to a higher vertical is one of the most reliable in all of jump training.