Clap Push Up

advanced plyometrics exercise · body weight · targets pectorals

Body part: chest
Primary target: pectorals
Equipment: body weight
Difficulty: advanced

The clap push-up is one of the few bodyweight exercises that genuinely qualifies as upper-body plyometric work — and one of the most demanding. From a standard push-up position, you lower toward the ground, then explode upward with enough force to leave the floor entirely, clap your hands together mid-air, and land back in the push-up position to absorb and reverse direction. Done right, it builds the kind of explosive pressing power that translates to combat sports, throwing athletics, climbing, and any context where rapid force production from the upper body matters. This is not a beginner exercise. The strength prerequisite is significant — you should be able to perform 25-30 strict push-ups before introducing plyometric variations. Without that base, the airborne phase is too short to clap, the landing is uncontrolled, and the elbows and wrists absorb impact they aren't conditioned to handle. Most cases of wrist tendinitis, elbow tendinopathy, and shoulder issues from clap push-ups trace back to insufficient strength foundation rather than poor technique itself. What makes the clap push-up worth the investment is the irreplaceable training stimulus it provides. Plyometric pressing trains the stretch-shortening cycle in the chest, shoulders, and triceps — the reactive force-absorption-and-release pattern that distinguishes explosive athletes from purely strong ones. For trainees with adequate strength who want explosive upper-body power, no other bodyweight exercise compares. Built carefully into a serious training program at moderate volume, it produces gains in power output and sport performance that pure strength training can't match.

Why train the Clap Push Up?

Trains the upper-body stretch-shortening cycle for genuine plyometric power.
Builds reactive strength in the chest, shoulders, and triceps under absorption load.
Provides the most accessible upper-body plyometric stimulus that requires no equipment.
Develops the proprioceptive control needed to land softly under explosive return.
Carries over to combat sports, throwing, climbing, and rotational athletics where pressing power matters.
Strengthens core stability through the airborne phase where bracing prevents body collapse.

How to do the Clap Push Up: step by step

1Start in a high plank position with your hands slightly wider than shoulder-width apart.
2Lower your body towards the ground by bending your elbows, keeping your core engaged.
3Push through your palms explosively to propel your body off the ground.
4While in mid-air, clap your hands together before landing back in the starting position.
5Repeat for the desired number of repetitions.

Muscles worked

Primary

pectorals

Secondary

triceps, shoulders

Common mistakes to avoid

Attempting before having strength prerequisites
Most clap push-up injuries come from trainees who can do 8-10 standard push-ups attempting plyometric variations. Build to 25-30 strict push-ups first. Without that base, the airborne phase is too short, the landing too hard, and the joint preparation insufficient. The strength foundation is non-negotiable.
Crashing into the landing
The point of plyometric work is reactive absorption, not impact. Land with the elbows bending immediately to absorb force, transitioning into the next rep without bouncing. Hard landings spike the wrists, elbows, and shoulders and miss the elastic component the exercise is meant to train.
Letting the body collapse on landing
When the hands hit the floor, the core often gives out and the hips drop, breaking alignment. Brace the abs and glutes throughout. The body should land as a single unified unit, not in segments — head and hips arrive simultaneously.
Doing too many reps per set
Plyometric work is high-intensity, low-volume. Sets of 3-5 explosive reps are appropriate. Once reps lose explosiveness or the clap becomes a tap, the set is done — even if that's at rep 4. Long sets train fatigue, not power.
Programming too frequently
Plyometric stimulus has a steep neural fatigue cost. More than 1-2 sessions per week leads to chronic shoulder fatigue, elbow tendinitis, and stagnation. Twice per week is the cap for most trainees, regardless of how good they feel after a session.

Easier and harder variations

Easier

Start with incline plyometric push-ups (hands on a bench or step) — the reduced load makes the airborne phase achievable with less strength. Or perform regular plyometric push-ups without the clap, focusing on the explosive press and soft landing. Add the clap only when the airborne phase is clearly long enough.

Harder

Progress to triple-clap push-ups (clap chest, behind the back, and chest again before landing). Or aztec push-ups where hands and feet leave the ground simultaneously. For the most demanding variation, single-arm plyometric push-ups — though these require exceptional strength and shoulder stability.

Alternative exercises

Incline depth jump push-up
Easier introduction to upper-body plyometrics. Useful when floor-level clap push-ups feel unsafe or impossible. Build for 4-8 weeks before progressing to floor variations.
Medicine ball chest pass
Standing plyometric pressing with a medicine ball release. Different position but similar reactive pressing pattern. Easier on wrists and elbows.
Strict push-up
Non-plyometric strength version of the same position. Use this for general pressing strength and as the foundation that plyometric work rests on.

How to program the Clap Push Up into your training

Clap push-ups belong as specialty work for trainees with adequate strength prerequisites. They earn their place in programs targeting explosive upper-body power, not in general fitness routines. Prerequisites: 25-30 strict push-ups in a single set, healthy wrists and shoulders, and 6+ months of consistent push-up training. If these aren't met, build the foundation first. Sets and reps: 3-4 sets of 3-5 reps with 90-120 seconds rest. Stop when reps lose explosiveness. Total weekly volume of 12-30 reps is plenty; more produces fatigue rather than progress. Frequency: 1-2 times per week is the cap. Plyometric stimulus has steep recovery demands and the shoulders need 3-4 days between sessions. More frequent training produces stagnation and joint issues. In an upper-body session: place plyometric work after a full warm-up but before main strength work. The fatigue from heavy pressing degrades plyometric quality, while the explosiveness of plyometric work primes the nervous system for heavier work afterward. Sample order: warm-up, 4 sets of 4 clap push-ups, 4 sets of 8 push-ups, 4 sets of 6 pull-ups. For athletes with sport-specific power needs: integrate into the sport-specific training day, not into general strength days. The transfer to sport demands proximity to other sport-specific work. For general fitness: clap push-ups are largely optional. Standard push-ups and progressive variations cover most needs. Plyometric work earns its place if you genuinely need explosive upper-body power. Don't program clap push-ups during deload weeks or when fatigued — the high neural cost is exactly what should be reduced during recovery periods.

Recovery and frequency

Clap push-ups have a steep recovery cost. The wrists, elbows, and shoulders absorb significant impact, and the nervous system needs time to recover from the explosive demand. 72-96 hours between sessions is typical. The wrists are the most common limiting factor — soreness or stiffness at the heel of the hand or in the wrist joint warrants reducing volume and adding wrist mobility work. Elbow tendinopathy (inner or outer) is the second most common issue; sharp elbow pain during or after sessions warrants stopping plyometric work entirely until the joint settles. Long-term, regular clap push-up training requires monthly deload weeks where you skip the high-intensity work. Sleep, hydration, and protein intake all matter more than usual when training plyometrically — the recovery demand is amplified compared to standard strength work. Pair the work with daily wrist preparation (5-10 minutes of mobility and gentle loading) to prevent the most common overuse injuries.

Frequently asked questions

How many sets and reps of clap push-ups should I do?

3-4 sets of 3-5 explosive reps with 90-120 seconds rest. Stop when reps lose explosiveness. Plyometric quality drops fast — long sets defeat the purpose.

How often should I do this exercise?

1-2 times per week maximum. Plyometric stimulus has steep recovery demands and the shoulders need 3-4 days between sessions. More frequent training produces stagnation.

Is this safe for beginners?

No — beginners should master strict push-ups (25-30 in a single set) before introducing plyometric variations. The reactive load demands base strength and joint preparedness. Build strength first, introduce plyometrics 6-12 months in.

Will this build muscle?

Less directly than standard push-ups. Plyometric work is primarily neural — it improves the nervous system's ability to recruit muscle fibers explosively. For pure muscle size, high-volume strength work is more effective. Use clap push-ups for power, push-ups for size.

What if I can't get airborne enough to clap?

Two likely causes. Either you don't have the strength prerequisite (build to 25-30 strict push-ups first), or you're not pushing hard enough on the explosive phase. Practice incline plyometric push-ups or regular plyo push-ups (without the clap) until the airborne phase becomes clearly long enough.

Why do my wrists hurt after clap push-ups?

Wrist tendinitis is the most common issue with plyometric push-up training. Reduce volume to 2-3 sets of 3 reps, add daily wrist preparation work (mobility, prayer stretches, gentle eccentric loading), and consider switching to incline variations until the wrists adapt. Persistent pain warrants stopping until the joint settles.