How to Train for the Planche: Progression, Programming, and Tracking

The planche is a straight-arm pushing skill where the body is held horizontal while the hands support the full body weight. The elbows stay locked, the shoulders lean far in front of the hands, the scapulae remain protracted, and the body has to stay rigid from shoulders to feet.

Most planche guides teach the skill through a familiar sequence: planche lean, tuck planche, advanced tuck planche, straddle planche, and full planche. This sequence is useful. It gives athletes a simple map, requires little equipment, and creates a shared language for discussing progress.

The limitation is that these stages are better understood as landmarks than as precise measurements. A small change in shoulder lean, hip height, spinal position, straddle width, or wrist angle can change the difficulty significantly while the exercise name stays the same.

The article is divided into two practical layers:

The classical progression: the standard stages that every athlete should understand.
The measurable progression system: a more specific way to train the target line using band assistance, setup variables, hold time, RPE, and notes.

The classical progression gives orientation. The measurable system gives better data for programming and long-term progress.

If you are also training the front lever, see the front lever progression guide. If you are still building general calisthenics strength, start with the first pull-up guide, then develop the pushing and straight-arm base required for planche-specific work.

What the planche is

A useful way to understand the planche is through torque. As the shoulders move farther in front of the hands and the legs extend behind the body, the demand on the shoulder flexors, scapular protractors, wrists, and locked elbows increases. The body becomes a long lever that the shoulders have to hold in place.

This is the reason the classical progression exists. It changes body shape to manipulate the lever arm and the balance point.

Basic anatomy and strength demands

The planche mainly challenges:

the anterior deltoids, which carry much of the shoulder demand;
the serratus anterior and other scapular protractors, which keep the shoulder blades rounded forward;
the chest and upper back, which help stabilize the shoulder girdle;
the biceps and elbow flexor structures, which tolerate straight-arm loading;
the wrists and forearms, especially when training on the floor;
the abs, glutes, and spinal erectors, which maintain the body line.

Although they may look similar, the planche has a different risk profile from the front lever. In the front lever, the load mainly pulls the body out of the hold. In the planche, the athlete supports body weight through locked elbows and often through extended wrists. The setup can push the elbow toward hyperextension and load the wrist in a position that many athletes have barely trained.

The planche can be trained safely when the prerequisites and progression speed match the athlete’s current capacity.

Prerequisites before serious planche work

Before prioritizing the planche, build a general pushing and straight-arm base. This gives a better return on investment than spending months on short, poorly controlled planche attempts.

A useful minimum standard:

Dips: 10 to 15 controlled bodyweight dips with full lockout. Better if you can train them on rings.
Pike push-ups: 10 to 15 controlled reps through a useful range of motion.
Planche leans: 3 sets of 20 to 30 seconds with straight arms and active protraction.
Ring support: build up to 30 seconds of straight-arm support on gymnastic rings.
Wrist preparation: several weeks of progressive wrist extension, compression, and loading tolerance. Parallel bars or parallettes are usually the better default for serious planche work, especially if your wrists do not tolerate floor training well.
Back lever: although it is not mandatory, I strongly recommend having at least a solid straddle back lever. It is easier to progress than the planche and conditions the elbows like few other exercises can.

Nonetheless, it is also important to understand that the demands on the elbow are not exactly the same in a back lever as they are in a planche.

In the back lever, the forces consist of decompression and extension of the elbow. In contrast, the forces in a planche involve compression and extension of the elbow, which makes them harder for the joint.

I also recommend adding some direct biceps work before and during planche training. Preacher curls are especially useful because they load the elbow from a very extended position into flexion, which can help prepare the tissues that often complain during straight-arm work. The only caution is volume. If you are already doing demanding planche work, adding a high volume of preacher curls can be too much. Keep the dose moderate and adjust it based on elbow recovery.

Notice that even though the planche is very impressive, it is also highly specific. Many athletes get more early benefit from building strong pressing, scapular control, and straight-arm tolerance before making the planche the center of the program.

The classical planche progression

The classical progression changes planche difficulty by changing body shape and shoulder lean. A shorter body shape reduces the moment arm. A longer body shape increases it.

These progressions are worth learning because of their simplicity. They require minimal equipment and give a clear conceptual map of the skill. Their main weakness is measurement precision.

Use the stages below as a map first.

Stage 1: plank, scapular push-up, and planche lean foundation

The early foundation teaches the athlete to support body weight through straight arms, protract the shoulder blades, and tolerate forward lean.

Planche lean target:

3 sets of 20 to 30 seconds with straight arms, protracted shoulders, and controlled wrist loading.

Useful support work at this stage:

scapular push-ups;
pseudo planche push-ups with a moderate lean;
pike push-ups;
hollow body holds;
wrist extension and compression work;
support holds on parallel bars or parallettes.

For the planche lean, the most useful variable is how far the shoulders travel in front of the hands while the arms stay straight and the shoulder blades stay protracted. Video is useful here because many athletes think they are leaning farther than they are.

Stage 2: back lever preparation for elbow conditioning

The back lever is not a planche progression, but it is a useful preparation stage for many athletes. It exposes the elbows and shoulders to straight-arm loading in a position that is usually easier to scale than the planche.

Use it as a preparation tool, not as proof that your elbows are ready for planche volume. The forces are different. The back lever loads the elbow through decompression and extension. The planche loads the elbow through compression and extension while the body weight is supported over the hands.

A simple back lever route is:

German hang tolerance;
tuck back lever;
advanced tuck back lever;
one-leg or half-lay back lever;
straddle back lever.

Useful target before prioritizing planche:

a controlled straddle back lever for 10 to 15 seconds with straight elbows and no aggressive joint discomfort.

This is not a mandatory gate, but it is a strong recommendation. If you cannot tolerate controlled straight-arm loading in a back lever progression, planche work should be introduced very conservatively.

Stage 3: tuck planche

The tuck planche is the first true planche hold. Both feet leave the ground, the knees stay close to the chest, the elbows remain locked, and the shoulders lean far enough forward to balance the body.

The tuck shortens the lever significantly. This makes the exercise accessible before the athlete has enough strength for a longer body line.

The biggest mistake here is not learning to totally lock out your arms from the beginning. If you cannot lock out at the same level that you would when standing and extending the elbow, you should go back to planche leans and back levers.

Useful target:

3 sets of 10 to 15 seconds with stable shoulders, straight arms, and no uncontrolled shaking.

Supporting work:

For all planche variations, it is useful to keep some bent-arm and straight-arm pushing work in your program. The exact exercises and loads should be adapted to your strength level, but these are reliable complementary options:

pseudo planche push-ups: 3 sets of 6 to 12 reps;
tuck planche raises: 3 sets of 3 to 6 reps;
pike push-ups or handstand push-up progressions: 3 sets of 5 to 10 reps;
dips or weighted dips: 3 sets of 3 to 8 reps;
wrist and elbow preparation work.

How to track the classical stages: This applies to all the classical planche progressions, so I will state it once: record hold time, film yourself often, and check whether you are compensating by bending the elbows, losing protraction, dropping the hips, piking excessively, or changing the shoulder lean. These are the main problems that the measurable progression system later in the article is designed to solve.

Stage 4: advanced tuck planche

The advanced tuck opens the hip angle and flattens the back. The knees move farther away from the hands, which increases the lever demand.

A clean advanced tuck planche should have:

straight arms;
protracted shoulders;
hips close to shoulder height;
a flatter back than the normal tuck;
a repeatable shoulder lean across sets.

Useful target:

3 sets of 8 to 12 seconds with a repeatable position.

This is where many athletes begin to feel stuck. Being consistent with hip angle and shoulder lean is difficult across sets and sessions. A slightly more closed advanced tuck and a more open advanced tuck can both appear in a log as “advanced tuck planche,” even though the mechanical demand is different.

As I have said in the front lever case, I personally dislike the advanced tuck variations unless you are really advanced and want to accumulate volume, because they are highly non-quantifiable and very difficult technically to perform correctly.

For most athletes, I prefer moving through more explicit intermediate shapes instead of spending too long trying to perfect an ambiguous advanced tuck. The useful routes are explained below.

Stage 5: the two routes after advanced tuck

After the advanced tuck, the classical progression bifurcates. You can continue through straighter variations, or you can move toward straddle variations. Neither route is automatically better. The easier route depends heavily on your hip position, straddle flexibility, shoulder lean, and ability to keep the elbows locked.

The straighter route is usually:

Quarter planche: one hip extends while the knee stays bent and the other leg stays close to the chest.
One-leg planche: one leg extends while the other stays tucked.
Half planche: both hips extend while both knees stay bent.
Three-quarter planche: one leg is fully extended while the other is partially flexed.
Full planche: both legs are together and fully extended.

The one-leg and half routes give more exposure to hip extension and a longer body line. They are often easier to standardize than a loose advanced tuck because the target shape is clearer.

The straddle route is usually:

Pike straddle planche: both legs separate while the hips stay piked. At this point, straddle width matters less because the hips are still flexed.
Low straddle planche: the hips extend more, but the body is still not fully open.
Extended straddle planche: the hips approach full extension while the legs stay separated.
Semi-straddle: we can include ehre all the steps between an extended straddle and a full planche, with all the intermediate levels of separation between the legs.
Full planche: the legs come together into the final line.

The straddle route spreads the legs apart to reduce the effective lever compared with a full planche. As the hips extend, flexibility becomes much more important. A wide, active straddle can make the route realistic. A limited straddle can turn it into a slightly disguised full planche attempt.

For that reason, I only recommend making the straddle route your main path if you have a solid straddle and a very solid straddle back lever. Otherwise, the straighter route is often cleaner and easier to measure.

Each route has the same measurement problem. A small change in hip extension, leg separation, shoulder lean, or elbow angle can change the task while the exercise name stays the same.

Stage 6: straddle planche

The straddle planche extends both legs while spreading them apart. A wider straddle shortens the effective lever compared with a full planche. A narrower straddle increases the demand.

Here the classical model becomes particularly imprecise. A straddle planche with the hips slightly piked is very different from a straddle planche with full hip extension. A wide straddle is different from a narrower one. Each change in hip extension or leg width changes the difficulty.

It is difficult to progress from a wide or slightly piked straddle toward a strict full planche in a consistent way. Different days and different levels of fatigue can produce different degrees of hip extension, elbow bend, and shoulder lean. This makes the stage frustrating if the only metric is hold time.

Stage 7: full planche

The full planche is the target position: straight arms, legs together, body horizontal, shoulder blades protracted, hips extended, and no pike at the hips.

Initial target:

3 sets of 3 seconds with a strict body line.

From there, build toward:

3 sets of 5 seconds;
3 sets of 8 seconds;
3 sets of 10 seconds.

The full planche requires strength in the actual target line. If most training has occurred in mechanically different positions, the final position may remain difficult even after the previous stages have improved.

The problem with classical progressions

The classical progression is valuable as a teaching map. It is simple, widely understood, and useful when equipment is limited.

As a primary progression system, however, it has three limitations:

The jumps between stages are too large.
The positions are difficult to standardize.
The stages may provide limited exposure to the final body line.

These limitations matter because training progress is both physiological and informational. The body needs a sufficient stimulus in a consistent manner, and the athlete needs feedback that is precise enough to guide the next training decision.

Problem 1: lack of quantifiability

In a loaded gym exercise, small changes in load are easy to see. Adding 1 kg to each side of a barbell, changing the number of reps, or repeating the same load at a lower RPE gives the athlete a clear signal. The task is not perfectly identical every session, but the main progression variable is visible.

The psychological effect is also important. Visible progress, even when small, helps adherence. Many athletes tolerate difficult training better when the data shows that the process is moving.

Planche stages provide much lower resolution because the main difficulty is hidden inside the shape.

The jump from advanced tuck to one-leg, from half to full, or from piked straddle to extended straddle is large and imprecise. An athlete can make meaningful progress inside one named stage before the exercise name changes.

If the log only records the stage name and hold time, much of that progress remains invisible.

Problem 2: lack of consistency

The same planche stage can describe different mechanical tasks.

A tuck can be more closed or more open. A quarter planche can have more or less knee extension. A half planche can be clean or slightly piked. A straddle can be wide and active, narrow and almost full, or wide but still piked at the hips. The shoulders can lean slightly more or less forward. The elbows can stay locked or soften under fatigue. Across sets and across sessions, these small differences make comparison difficult.

The straddle is the clearest example. A piked straddle planche and an extended straddle planche can both be written as “straddle planche” in a log. One may be a useful intermediate step. The other may be close to the final skill. If the log does not capture hip extension, straddle width, shoulder lean, and elbow position, the training record hides the real task.

In the best case, the athlete is progressing while the log fails to show it clearly. In the worst case, the task becomes easier without being recorded, and the training data becomes misleading.

Problem 3: shoulder angle and body-line specificity

The planche is a specific position. The body adapts to the demands imposed on it, which is the basic logic of the SAID principle: specific adaptation to imposed demands.

If most of the training occurs in positions far from the final body line, such as the tuck and advanced tuck, the athlete may develop strength in those positions without enough exposure to the target position.

This can create a practical bottleneck. The full planche line is too hard to hold, so the athlete avoids it. Because it is avoided, the exact position receives little training. The gap between the current progression and the final skill remains large.

The solution is to keep the classical stages, then add a progression method that preserves the target line while making the load manageable.

A better system: train the target line with measurable assistance

After the classical progression is understood, the next step is to make the training more specific and measurable.

For many intermediate athletes, the most useful method is band-assisted planche work. The aim is to hold a consistent target line while reducing assistance in small, repeatable steps. The band is only useful if it helps standardize that process.

Alternatively to the band-assisted planche workout, there are pulley systems where you can use counterweights, which are equally effective. The principle behind them is exactly the same, but I will not discuss them here for several reasons:

They tend to be quite expensive.
They are more cumbersome to mount.
They require having weights around.

Ultimately, they are just as effective as the bands progression that I present here, if done correctly.

Why bands work well for static skills

Bands are especially useful in static holds because the position stays within a narrow range of motion.

In a dynamic exercise, band tension changes throughout the movement. This can make the resistance profile difficult to interpret. In a static hold, the athlete is trying to maintain one position. This makes the band more useful as a controlled assistance tool.

For planche training, the band should help the athlete keep the target shape while reducing the effective load. The useful question is simple: can you hold the same line with slightly less assistance over time?

Setup 1: planche on parallel bars with a band attached to a ring

This is a practical setup for athletes who want the stability of parallel bars while using assistance that can be adjusted in small steps.

Set the parallel bars or parallettes in your normal planche position.
Attach a resistance band to a ring.
Place the band so it assists the planche near the hips or another repeatable contact point.
Use the ring height to regulate the level of assistance.
Measure the distance from the attaching point, the ring, to the floor or to the top of the parallel bars.
Keep the body line, contact point, band, and hold target consistent while changing assistance gradually.

The key metric is the height of the attaching point. If the ring is higher or lower, the band tension and assistance change. Measuring the distance from the ring to the floor or to the bars gives you a repeatable setup.

The goal is simple:

Same body line, same hold target, same technique, slightly less assistance over time.

That is a cleaner progression metric than hoping that a straddle is becoming gradually more honest.

Setup 2: planche on rings with the band attached to a pull-up bar

The ring version is less stable, but it can be very useful for athletes who already control the planche pattern well.

Hang the rings from a pull-up bar.
Attach the resistance band to the pull-up bar.
Place the band so it assists the planche near the hips or another repeatable contact point.
Hold the desired planche shape on the rings.
Modify the ring height to achieve the right level of assistance.
Record the ring height, band, contact point, hold time, RPE, and form notes.

Rings add instability, so they should be introduced carefully. For many athletes, the parallel-bar setup is the better main progression. Ring planche work can be used later as a more demanding variation or as a secondary progression.

However, I must admit that because the rings are merciless, they can be a very potent inclusion into your training even in early stages. They allow no broken form: either you are tight and locked, or you fall.

The metronome

I have been a big advocate for many years of using a metronome set at 60 bpm when training isometrics. It keeps the time counting honest.

Planche attempts are especially vulnerable to optimistic counting. A hold that felt like 8 seconds may be closer to 5 or 6 seconds when timed accurately. The metronome removes some of that subjectivity.

How to progress with assistance height

Choose the target shape first. This could be an advanced tuck, half-lay, straddle, or full planche line.

Then choose a hold target:

5 sets of 6 seconds;
5 sets of 8 seconds;
4 sets of 10 seconds.

Now find a band and assistance height that allows you to hold the position with excellent form easily. The point here is that you need to learn the position before training strength in the position.

After that, reduce assistance in small steps. On parallel bars, this may mean changing the height of the ring attachment and recording the distance from the ring to the floor or to the bars. On rings, this may mean modifying ring height while keeping the band attached to the pull-up bar.

Because the setup is granular, you can warm up from more assistance to less assistance in the exact same position that you want to train. This gives you more practice in the target line and makes the setup consistent from one session to the next.

If you are interested, you can also compare bands by recording the attachment height where each band provides similar assistance. With consistent logging, these transitions can be planned instead of guessed.

Where the classical stages fit in this system

The classical stages remain useful, but they should only carry part of the progression.

Use them for:

learning the basic positions;
warm-up holds;
accessory volume;
low-equipment sessions;
confidence and familiarity;
rough milestones.

Use the band-assisted target-line hold as the main measurable progression when you are ready for more specific work.

A weekly structure could look like this:

Main progression: band-assisted straddle, half-lay, or full planche, tracked by setup and hold time.

Then add one of the following:

Strength support: pseudo planche push-ups, pike push-ups, handstand push-up progressions, dips, or weighted dips.
Straight-arm support: planche leans, planche raises, planche negatives, or straight-arm scapular work.
Joint preparation: wrist extension loading, elbow tolerance work, preacher curls, and progressive exposure to locked-arm support.

The main progression should be the exercise with the cleanest data. The classical stages still have value as a secondary data source.

How to track planche progress

With this system, you have a consistent, repeatable, quantifiable method of progression. You can track it and later analyze the data to make informed, data-based training decisions instead of guessing from handwritten notes or feelings.

It is also worth recording yourself throughout the progression because part of the journey is developing awareness of shoulder lean, elbow lockout, hip height, and body-line position.

What to log for classical variations

For a classical planche variation, log:

Exercise: planche lean, tuck planche, advanced tuck planche, straddle planche, etc.
Time: hold duration per set.
RPE: how hard the set felt.
Notes: form quality and body position after reviewing your video. I also like to add notes for my future self about what to focus on in next sessions.

For example:

Advanced tuck planche, 8 seconds. Arms stayed locked. Hips dropped slightly on set 4. RPE 8. “I need more protraction before lifting the feet.”

This makes the log more informative than the exercise name alone, even though the stage remains partly subjective.

What to log for band-assisted planche on parallel bars

For a band-assisted planche on parallel bars, log more detail:

Exercise: band-assisted planche with the target shape.
Band: model and elastic constant, if known, usually in kg/m.
Attachment height: distance from the attaching ring to the floor or to the top of the parallel bars.
Body contact point: where the band contacts the body.
Time: hold duration per set.
RPE: proximity to failure.
Notes: technical notes or details about the session.

Example note:

Band-assisted straddle planche on parallel bars, black band attached to ring, ring 82 cm from floor, band under hips, 5 x 6 seconds, RPE 8. Arms locked for first 4 sets, slight elbow bend on set 5.

This is more useful than:

Straddle planche, 6 seconds.

The first note describes the task. The second only names a category.

What to log for band-assisted planche on rings

For a band-assisted planche on rings, log:

Exercise: band-assisted ring planche with the target shape.
Band: model and elastic constant, if known.
Ring height: measure relative to the pull-up bar or floor so the setup is repeatable.
Band anchor: usually the pull-up bar.
Body contact point: where the band contacts the body.
Time: hold duration per set.
RPE: proximity to failure.
Notes: form quality, ring stability, elbow lockout, and shoulder position.

Example note:

Band-assisted half-lay planche on rings, medium band attached to pull-up bar, rings at 118 cm from floor, band under hips, 4 x 8 seconds, RPE 7. Stable rings on first 3 sets, lost protraction on set 4.

Ring height matters because it changes the relationship between the body, the band, and the anchor point. If the ring height changes without being logged, the assistance changes without being visible in the data.

What the data should tell you

Useful questions:

Can you hold the same line for longer?
Can you hold the same line with less assistance?
Can you repeat the same setup across sets?
Does RPE drop at the same assistance level?
Does form break at the same point each session?
Are dips or pseudo planche push-ups improving while the planche remains unchanged?
Is the body position changing without being recorded?

These questions should be answered by looking at the data and its trends rather than feelings.

If hold time is stable while assistance decreases, progress is occurring. If assistance is stable while RPE decreases, progress is also likely. If the exercise name is stable but the body position changes every week, the data becomes inconclusive.

Workout Lab is useful here because planche progress fits poorly into weight and reps alone. The relevant variables may be time, assistance setup, attachment height, ring height, RPE, and qualitative notes. The app should help you log the task you actually trained.

The practical takeaway

The classical planche progression is worth learning. Planche lean, tuck, advanced tuck, straddle, and full planche are useful stages because they are simple, understandable, and accessible with minimal equipment.

As a standalone progression system, they lack precision.

A more complete approach is:

Build a strong pushing and straight-arm base with push-ups, dips, pike push-ups, planche leans, and wrist preparation.
Use the classical stages to understand the skill and accumulate useful practice.
Choose the target body line you want to train.
Use band assistance to make that line trainable.
Standardize the setup.
Track hold time, assistance variables, attachment height, ring height, RPE, and form notes.
Reduce assistance gradually and systematically, rather than waiting for a magic stage jump.
Record the relevant variables in a spreadsheet or in Workout Lab so the progression becomes visible.

This gives you a visible progression curve. The curve matters because it makes training decisions objective and keeps progress psychologically visible while the final skill is still developing.

For the broader framework, see How to Track Bodyweight Workout Progress. For the general value of measuring specific training variables, see Why You Should Track Your Workouts. If you also train front lever, read the front lever progression guide.

Download Workout Lab and configure your planche work with the metrics that actually define your progression: time, assistance setup, attachment height, ring height, RPE, and notes.