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Power
Power

Olympic-Lift Derivatives for Power

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DefinitionA short reference note, not a full lesson.
Definition

Partial or simplified versions of the snatch and clean & jerk (power clean, hang clean, high pull, push press) used to train explosive triple extension and high power output.

Detail

The competition Olympic lifts — the snatch and the clean & jerk — produce some of the highest power outputs and rates of force development measured in any resistance exercise, because the load must be accelerated explosively through triple extension of the ankles, knees, and hips. To capture this training stimulus without the long technical learning curve of the full lifts, coaches use derivatives:

  • Power clean / power snatch — catch the bar in a quarter-squat rather than a full squat.
  • Hang clean / hang snatch — start from the hang (mid-thigh or knee) rather than the floor, isolating the explosive second pull.
  • Mid-thigh / clean pull, snatch pull, high pull — pulling derivatives without the catch.
  • Push press / push jerk — explosive overhead drive using leg drive.

These movements train the posterior chain (glutes, hamstrings, erector spinae) and triple extension that transfer to jumping, sprinting acceleration, and changes of direction. They are technically demanding and require coaching; loads are typically moderate-to-heavy (~70-90% of the derivative's 1RM) for strength-speed, lighter for speed-speed, with low reps (1-5), maximal intent, and full recovery (2-5 min). Place early in the session when fresh and neurologically rested.

Key facts

  • Derivatives = partial/simplified snatch & clean (power clean, hang clean, pulls, push press).
  • Train explosive triple extension (ankle-knee-hip) — high power and RFD.
  • Loads ~70-90% 1RM for strength-speed; lower for speed-strength; reps 1-5.
  • Technically demanding — require qualified coaching and a strength base.
  • Strong transfer to jumping, sprint acceleration, and COD.

Connections

Go deeperDeadlifts (bent knee)

Sources

Cited in text — not yet linked
Established exercise-science consensus; NSCA Essentials of Strength Training & Conditioning. Pages: (general consensus).

Keep this lesson, or ask how it applies to you.

Educational content only — not medical advice. Always consult a qualified professional for individualized guidance, especially around injury, pregnancy, or medical conditions.

Explore related topics

Atlas Connections

Gluteus Maximus
The strongest, largest muscle in the body; the primary hip extensor and a lateral rotator of the femur.
Hamstrings
Three 2-joint muscles — biceps femoris, semitendinosus, semimembranosus — that flex the knee (primary) and extend the hip (secondary); knee-flexion ROM 125°.
Deadlifts (bent knee)
Lift a bar from the floor to standing by pushing the floor away and driving your hips forward, with straight arms and a braced back that holds its natural curve. Hips, knees and back all work hard. Start with a trap bar or a light load from blocks, and add weight only while your back position holds.
Ballistic Training
Explosive lifts where the load is accelerated through the whole range and released or projected (thrown or jumped), instead of being decelerated at the end.
Complex & Contrast Training
Pairing a heavy strength exercise with a biomechanically similar explosive exercise to exploit post-activation potentiation and train power.
Programming for Power (Sets, Reps, Rest & Placement)
Train power fresh and explosive — low reps with maximal intent, full recovery between sets, placed first in the session, on a base of strength.
Power vs Strength vs Speed
Strength is how much force you can produce, speed is how fast you can move, and power is the product of the two — force applied quickly.
Rate of Force Development (RFD)
How quickly a muscle can build force — the slope of the force-time curve — which matters more than peak force when contact times are short.
Intensity
The amount of weight (resistance) lifted — also shaped by speed, reps, sets, rest interval, and workout duration.