Single Leg Stride Jump
- Target muscle
- —
- Equipment
- Body weight
- Body part
- Plyometrics
- Type
- Aerobic
The single leg stride jump is a plyometric bodyweight drill that trains explosive push-off power through one leg at a time, closely mimicking the acceleration mechanics of sprinting and field sports. Each rep loads the glutes, quads, and calves of the take-off leg and challenges single-leg stability on landing, while the repeated effort also builds cardiovascular conditioning.
How to do the Single Leg Stride Jump
- 1Stand tall with your feet hip-width apart and your arms relaxed at your sides.
- 2Shift your weight onto your right foot and lift your left foot slightly off the ground, bending both knees softly to load into an athletic stance.
- 3Drive explosively off your right foot, extending through the hip, knee, and ankle to project your body forward and upward.
- 4Simultaneously swing your left knee forward and upward and drive your right arm forward to generate momentum, as you would in a running stride.
- 5Reach forward through the air, keeping your torso upright and your core braced.
- 6Land softly on your left foot, absorbing impact by bending the knee and hip to about 45°. Keep your landing knee tracking over your second toe.
- 7Stabilise for a count of one, then reset and perform the next rep off the left foot, alternating sides each jump.
- 8Complete all reps, then stand and recover before the next set.
Form tips
- Focus on a full triple extension — hip, knee, and ankle — at take-off to maximise power output and transfer to sport.
- Keep your torso upright throughout; leaning too far forward shifts stress onto the lower back and reduces vertical clearance on landing.
- Brace your core before each jump and maintain that tension through the landing to protect the lumbar spine and improve balance.
- Land as quietly as possible — noise on landing means impact is being absorbed by the joints rather than the muscles. Aim for a soft, controlled touchdown.
- Start with shorter distances and lower intensity if you are new to plyometrics; only increase stride length once your landing mechanics are consistent.
Common mistakes
- Letting the landing knee cave inward (valgus collapse), which places harmful stress on the knee ligaments and reduces power transfer — actively drive the knee out over your toes.
- Landing with a stiff, straight leg, which sends impact directly into the knee and hip joints rather than dissipating it through muscular control.
- Using a short, shuffling take-off instead of a full explosive push-off, which defeats the purpose of the drill and under-loads the target muscles.
- Neglecting the arm drive, which reduces momentum and makes the stride less athletic — an aggressive, opposite-arm swing is essential for coordinated power.
- Rushing through reps without stabilising on each landing, which trains poor movement patterns and increases ankle sprain risk.
Frequently asked questions
What muscles does the single leg stride jump work?
The primary movers are the glutes, quads, and calves of the take-off leg. The hip flexors and core work to control the stride and stabilise the landing. Because no specific target or synergist muscles are listed for this exercise, it is best thought of as a whole lower-body and core power drill.
Is the single leg stride jump suitable for beginners?
It is more appropriate for intermediate exercisers who already have solid single-leg balance and basic squat mechanics. If you are new to plyometrics, build a foundation with bodyweight squats, split squats, and single-leg balance work before adding the explosive stride jump.
How many sets and reps should I do?
For power development, 3–4 sets of 4–6 reps per leg with full recovery (60–90 seconds between sets) works well. For cardiovascular conditioning, try 3 sets of 8–10 reps per leg with shorter rest (30–45 seconds). Keep total reps moderate — plyometrics are high-impact and quality matters more than volume.
What is the difference between a single leg stride jump and a broad jump?
A broad jump uses both feet for take-off and landing, making it a bilateral power test. The single leg stride jump uses one foot for take-off and the opposite foot for landing, replicating the asymmetric mechanics of sprinting and requiring greater single-leg stability throughout.
Where should I feel the single leg stride jump?
You should feel the greatest effort in the glute, quad, and calf of the take-off leg during push-off, and in the glute and quad of the landing leg as it absorbs your weight. A noticeable cardiovascular demand builds quickly when multiple jumps are chained together.
