Single Leg Deadlift
Purpose of the exercise
Focuses on strengthening the hamstrings, gluteus maximus and hip stabilisers, with additional activation of the core and ankle stabilisers. Improves hip hinge mechanics, balance and unilateral strength. Supports injury prevention and sports performance in running, sprinting and directional changes.
Supplies
Starting position
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Stand upright on one leg
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Knee of the supporting leg slightly bent
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Other leg relaxed behind the body
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Hull straight and core tightened
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Shoulders low and stable
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Gaze focused on a fixed point for balance
Implementation
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Move controlled forward from the hip
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Extend the free leg backwards
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Keep torso and back leg in one line
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Let the weight (if used) move towards the ground
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Move to a comfortable end position
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Push back to the starting position via the heel of the supporting leg
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Maintain balance and control throughout movement
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Change of leg after completion
Points of interest
✓ Movement comes from the hip, not the lower back
✓ Keep pelvis horizontal
✓ Knee remains stable above foot
✓ Core tightened for stability
✓ Move in a controlled manner and without momentum
✗ Round lower back
✗ Tilting or rotating pelvis
✗ Dropping knee inwards
✗ Too heavy load without technique retention
✗ Ignoring pain in hamstring, knee or lower back
When this exercise?
The single leg deadlift is used to improve unilateral strength and stability of the posterior chain. The exercise is very suitable within rehabilitation and build-up programmes for hamstring, knee or ankle injuries, if performed in a controlled and pain-free manner.
In addition, this exercise is valuable for athletes who want to improve their balance, hip control and unilateral strength, for example in preparation for sprinting, jumping and directional changes. The variable load makes the exercise applicable in different phases of training and recovery. Application, loading and progression should always take place in consultation with a physiotherapist or other qualified professional, to ensure that the exercise is safe and tailored to individual load capacity, symptoms and recovery status.