The power clean is a foundational Olympic-style lift that trains explosive strength, coordination, and power across the entire body. Athletes and lifters use it to develop rapid force production, athleticism, and posterior-chain strength. Unlike a squat clean, the power clean catches the barbell above parallel—allowing heavier loads and emphasizing speed and power.
The clean movement dates back to early 20th-century weightlifting, evolving from manual labor tasks into a competitive Olympic lift by the 1920s. The power clean—cleaning without a full squat—emerged as a training variation for athletes needing to emphasize power transfer rather than full-depth strength. Pioneers like Tommy Kono and Paul Anderson popularized it in competitive and strength-sport circles, and it remains a staple in sport-specific training and CrossFit programming.
Visualize the bar tracing your shins, exploding upward as your hips extend like a spring. You quickly pull yourself under, elbows snapping beneath the bar to “catch” it on your shoulders with knees only slightly bent. The speed and coordination between pull and catch define a proficient power clean.
The rapid triple extension and high pull load the posterior chain and quads explosively. The catch engages upper back, shoulders, and core to absorb and stabilize the weight.
The power clean emphasizes concentric force production rather than eccentric stretch. The initial pull places moderate stretch on the hamstrings and glutes; the explosive extension generates high tension for power adaptations.
When coached correctly, the power clean can be safe; it requires technical proficiency to protect the lower back, shoulders, and wrists. Learning with light loads, proper mobility, and consistent setup is essential to minimize injury risk.
Programming can progress via load increases, volume, or speed emphasis. Because the catch is above parallel, heavier loads can be used than in full-squat cleans, facilitating strength-speed development.
Research indicates that Olympic lifts like the power clean improve rate of force development more effectively than traditional strength exercises (Hori et al., 2008). EMG studies show high activation of the glutes and quadriceps during the explosive second pull (Cahill et al., 2019). Because power adaptations rely on rapid force generation, integrating power cleans supports athletic performance in sprinting, jumping, and change of direction.
The power clean is unrivaled for de