6.4 Identifying Faults in the Olympic Lifts and Gymnastics Movements

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6 Chapter 6: Training - Seeing Movement

6.1 Identifying Points of Performance Across the Foundational Movements 6.2 Recognising Sound Mechanics: What 'Good' Actually Looks Like 6.3 Fault Identification, Root-Cause Analysis & Contraindications 6.4 Identifying Faults in the Olympic Lifts and Gymnastics Movements 6.5 Root-Cause Analysis: Mobility, Stability, Motor Control or Load 6.6 Refining Sound Mechanics and Identifying Common Themes Across a Class

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6.4 Identifying Faults in the Olympic Lifts and Gymnastics Movements

Key Takeaways Explain This Topic AI

Olympic lift faults cluster around four moments: the set-up, the first pull, the transition into the second pull, and the receiving position.

Early arm bend, pulling with the arms before the hips extend, and a forward-looping bar path are the three faults that account for most failed cleans and snatches.

Gymnastics faults cluster around midline control: a broken hollow position, an uncontrolled arch, and rhythm errors in the kip.

Faults late in a movement are usually caused by faults earlier in it, so correct the earliest fault in the sequence, not the most visible one.

Under fatigue, kipping faults become dangerous rather than merely inefficient, which is why gymnastics volume is managed by position quality rather than by rep count.

Last updated: August 2026

Fault Identification in Fast Movements

Seeing faults in a squat is a matter of looking carefully. Seeing faults in a snatch is different: the movement takes under a second, the fault that ends the lift usually happened earlier than the moment it became visible, and the athlete cannot feel it. This is why Domain 4 carries the heaviest item weight on the exam.

The organising principle is phase-based observation . Rather than watching the whole lift, watch one phase across several reps, then move to the next phase. The fault you correct should be the earliest one in the sequence, because later faults are usually consequences of it.

• Olympic Lift Faults by Phase
• Set-up

• Fault What you see Consequence
• Bar too far from the shins Gap between bar and legs at the start Bar loops forward; the athlete must chase it
• Hips too high or too low Set-up looks like a stiff-leg deadlift or a squat Wrong sequencing of the first pull
• Rounded thoracic or lumbar spine Loss of the arch before the bar moves Force leaks; spinal risk
• Shoulders behind the bar Athlete sitting back from the bar Bar swings out as it leaves the floor
• First pull (floor to knee)

Fault What you see Consequence

Hips rise faster than shoulders Torso becomes horizontal, bar drifts forward Loss of leg drive; lower back takes the load

Early arm bend Elbows flex before the hips finish Cuts the connection to the legs; the bar cannot be accelerated

• Bar drifts away from the body Visible gap at knee height Longer, less efficient bar path
• Transition and second pull (knee to hip)

• Fault What you see Consequence
• No full hip extension Athlete pulls under before finishing Bar does not reach height; failed lift

Bar swings forward off the hips Bar contacts too low or the athlete leans back Bar loops away; athlete jumps forward to chase it

• Slow or late elbows Bar reaches height and stalls Athlete cannot get under in time
• Jumping forward or back Feet land well away from the start position Unstable receiving position
• Receiving position

• Fault What you see Consequence
• Soft or pressing-out elbows in the snatch Elbows bend at the catch Failed lift; shoulder risk
• Low elbows in the clean rack Elbows drop below parallel Torso collapses forward
• Catching high and riding it down Athlete receives above parallel then sinks Loss of position under load
• Losing the midline at the catch Torso folds on receipt Spinal loading in the worst position

Early arm bend and incomplete hip extension are the two highest-yield corrections. Between them they account for a large share of missed lifts, and both are set up by decisions made earlier in the pull.

Gymnastics Faults

High-skill gymnastics faults nearly all reduce to midline control and rhythm.

Kipping pull-up: broken hollow (piked hips or a loose, banana-shaped body line); no push-away at the top, so the athlete cannot reload the swing; pulling too early in the swing, which converts the kip into a hard strict rep; arms bending in the arch position; and shrugged, passive shoulders at the bottom of the swing, which is the position that produces shoulder injuries.

Toes-to-bar: initiating with the legs rather than the shoulders and lats; no active push through the arms; feet leading rather than the hips driving; and a passive descent that dumps the athlete into an uncontrolled arch.

Handstand push-up: hips sagging away from the wall; hands too wide, which shortens the range but wrecks the pressing angle; incomplete lockout; and — the dangerous one — no eccentric control, so the descent is a controlled fall onto the head.

Muscle-up: losing the false grip; pulling too early in the swing; incomplete pull, so the transition is attempted below the required height; and a slow, unaggressive transition that stalls at the hardest point.

Double-under: arms held wide and away from the body; jumping too high; piking at the hips; and spinning the rope with the shoulders rather than the wrists.

Why the Earliest Fault Wins

An athlete's snatch fails out in front. The visible fault is at the catch, so the instinct is to cue the catch. But the bar looped forward because it left the hips forward, and it left the hips forward because the bar drifted away from the body during the first pull, and it drifted because the shoulders were behind the bar at the set-up. Cueing the catch fixes nothing; correcting the set-up fixes everything downstream.

This is the reasoning the exam tests in fault-identification scenarios: identify the chain, then correct at its origin.

Fatigue Changes the Stakes

In a strength session, a gymnastics fault costs efficiency. In a high-rep metcon, the same fault becomes a safety problem. A broken hollow at rep five is untidy; at rep forty, with a fatigued shoulder in a passive hang, it is a mechanism for injury.

The coaching implication is that gymnastics volume is managed by position quality, not rep count . The instruction is not "do twenty", it is "do sets of five while the hollow holds, and break before it goes." Coaches who allow high-rep kipping to continue after position is lost are the proximate cause of most of the shoulder complaints in an affiliate.