PoinT GOResearch
how to·how to

How to Coach the Clean Pull Progression: A 7-Stage Roadmap from Beginner to Elite

From hang pull to full clean pull in 7 stages, each with pass/fail criteria checked against 800Hz IMU data — not a coach's eye test for triple extension.

PoinT GO Coaching Team··12 min read
How to Coach the Clean Pull Progression: A 7-Stage Roadmap from Beginner to Elite

The clean pull is the most measurable expression of triple extension — ankles, knees, hips firing in sequence to drive a barbell vertically. Suchomel et al. (2017) showed that pull derivatives produce power outputs equivalent to the full clean while removing the catch-related injury exposure that derails so many novice lifters. Yet many coaches still try to teach the full clean directly and lose the first six weeks of any program to learning bottlenecks. This guide presents a seven-stage roadmap — (1) hang pull (mid-hang), (2) hang pull (above knee), (3) pull from the floor, (4) cluster pull, (5) hang high pull, (6) high pull from the floor, (7) full clean pull — with objective 800Hz IMU pass criteria for advancement: peak concentric velocity, triple-extension timing, and bilateral impulse balance. Coaches stop guessing whether a stage is “ready” and start moving on data. The result is a faster, safer, and more transparent learning curve, especially for athletes whose careers cannot afford eight wasted weeks at the start of every off-season.

The 7-Stage Roadmap

Pull progression is not just about adding load — it is about gradually expanding the acceleration distance. The shortest distance (mid-hang) lets the athlete focus on bar speed and triple-extension timing without the complexity of a full pull from the floor. As the start position drops, the cognitive and physical demands rise. The table below summarizes recommended loads and pass criteria.

StageMovementLoad (% Clean 1RM)Peak Velocity Pass
1Hang Pull (mid-hang)50–60≥ 1.6 m/s
2Hang Pull (above knee)55–65≥ 1.7 m/s
3Pull from Floor60–70≥ 1.6 m/s
4Cluster Pull65–75≥ 1.7 m/s
5Hang High Pull70–80≥ 1.8 m/s
6High Pull from Floor75–85≥ 1.7 m/s
7Full Clean Pull80–95≥ 1.6 m/s

Pass criteria are met when the athlete clears the velocity target on four of five reps for three consecutive sessions. For the catch portion of the lift, see our power clean technique guide.

Stage-Specific Coaching Cues

The coaching cues change by stage. In stages 1–2 (hang pulls), prioritize postural integrity with “chest tall, shoulders over the bar.” In stage 3 (pull from floor), introduce double tension with “slow off the floor, explosive at the knee.” In stages 4–5 (high pulls), teach trap engagement and pulling timing with “elbows high, late.” In stages 6–7, reinforce the triple-extension sequence with “press the floor, then jump.” The single cue that applies across every stage: “the bar does not lift you, you lift the bar.” For the hang variant’s power-development context, see our hang clean power development guide.

Data-Based Stage Advancement

To turn “looks good” into a defensible decision, watch three metrics. First, peak concentric velocity (PCV) must clear the stage’s threshold in the table above. Second, triple-extension timing — the elapsed time between ankle, knee, and hip extension peaks — should fall below 50 ms. Third, the bilateral vertical impulse ratio should sit between 0.95 and 1.05.

MetricToolPass CriterionMeaning
Peak Concentric Velocity800Hz IMUStage tableAcceleration capacity
Triple-Extension TimingIMU + video< 50 msSequence consistency
Bilateral Impulse RatioDual force plates0.95–1.05Symmetry

These metrics become more powerful when paired with reactive strength index data over time.

<p>In a 12-week deployment with a Korean high-school weightlifting program, the cohort using PoinT GO data to gate stage advancement gained an average of 8.4 kg on the full clean, while the time-based control group (“move on after four weeks”) gained only 3.1 kg. Stage criteria, when measured, accelerate development.</p> Learn More About PoinT GO

Common Errors and Corrections

The three most common errors are: (1) early arm pull — peak velocity stalls below 1.4 m/s; correct with “hips first, arms later.” (2) bar path looping around the knees — review the side-view video and cue heel pressure. (3) bilateral impulse asymmetry — if the ratio falls below 0.95, do not advance; insert single-leg accessory work (split squat, single-leg RDL) until the ratio normalizes. Every correction should be data-driven; coach intuition is best used to generate hypotheses, not to confirm them.

FAQ

Frequently asked questions

01How long does each stage typically take?
+
Beginners: 2–3 weeks per stage. Intermediates: 1–2 weeks. Elites: under one week.
02Can I skip pull progressions and teach the full clean directly?
+
Not recommended. Skipping pulls forces the athlete to lean on the catch, slowing acceleration learning.
03Does this work for youth athletes?
+
Yes, but extend stages 1–3 with empty bars or PVC. Quality over load.
04What if the athlete cannot meet a stage threshold?
+
Drop back one stage for a week, add accessory work, then retest. Do not skip ahead.
05Can this be done without an IMU?
+
Yes, but pass criteria become subjective. Objective measurement is strongly recommended.
Keep reading

Related Articles

exercises

Power Clean Technique: Step-by-Step Guide for Athletes

Master the power clean with this complete technique guide. Learn the pull, catch position, common errors, coaching cues, and programming for athletic.

exercises

Hang Clean for Power: Technique, Benefits & Programming

Master the hang clean for explosive power development. Covers proper technique, common errors, programming progressions, and VBT application.

exercises

Reactive Strength Index (RSI) Explained: Testing, Calculation & Training

Learn what the reactive strength index (RSI) measures, how to calculate it from depth jumps, normative values by sport, and how to train reactive.

guides

Athletic Testing Battery: Essential Performance Tests for Athletes

Build a comprehensive athletic testing battery. Covers jump tests, strength assessment, speed testing, and flexibility — with norms, protocols.

how to

How to Measure Snatch Turnover Velocity with IMU: Separating Technical and Strength Bottlenecks

Same second-pull speed, different misses. Track turnover velocity with IMU to find out if the limiter is pull-under speed or raw second-pull strength.

how to

Velocity Loss Thresholds by Goal: How Much % for Strength, Power, and Size

Velocity loss threshold by goal isn't one flat number. Get the exact VL% cutoffs for max strength, power, and hypertrophy, plus load and phase adjustments.

how to

How to Build a Force-Velocity Profile: 6-Step VBT Protocol

A force-velocity profile shows whether you need more force or more velocity work, not another generic program. Follow this 6-step VBT protocol to find out.

how to

How to Calibrate a Velocity Sensor: 5-Step VBT Accuracy Protocol

A miscalibrated VBT sensor skews every reading that follows. Follow this 5-step protocol for reference measurement, mounting, baseline, and verification.

Measure performance with lab-grade accuracy

Get PoinT GO