Skills and Events

Seven Difficult Beam Skills Compared: Mounts, Acrobatics and Dismounts

8 Min Read

The hardest beam skills combine difficult rotation with a very narrow place to take off or land. Some begin the routine, others land back on the beam, and dismounts finish on the mat.

Contents

These seven examples come from the 2025–2028 FIG women’s Code of Points. G means 0.7 in difficulty value and H means 0.8. This is a selection of high-value skills, not a claim that a letter grade captures every athlete’s experience of difficulty.

Compare Where the Skill Happens

Part of the exercise Takeoff and finish What to follow
Mount An approach from outside the beam ends on it. The entry, flight and arrival over the apparatus.
Acrobatics on the beam The gymnast leaves the beam and lands back on it. The body shape, rotation and alignment on return.
Dismount The gymnast leaves the beam to finish on the landing mat. The rotations in flight and the controlled finish.

A G-rated mount and a G-rated dismount contribute the same individual difficulty value when credited, but that does not make their movement demands identical. The place of takeoff, the landing target and the surrounding routine are different. This guide groups the examples by their role so those differences remain visible.

1. Erceg Mount — G

The Erceg begins with a roundoff at the end of the beam, followed by a backward takeoff with a half turn into a tucked forward salto to stand on the beam. This is often described as an Arabian mount.

The correct name is Erceg, rather than “EG mount.” The half turn changes the direction of the salto, and the gymnast must arrive accurately over the beam. The element is listed as 1.716 in the FIG women’s Code of Points.

2. Full-Twisting Layout Mount — G

This mount uses a roundoff approach into a stretched backward salto with a full twist, landing on the beam. The body shape distinguishes it from a tucked twisting salto.

From the audience’s view, the twist can be easier to notice than the shape. Judges also need to recognize the stretched position and completed rotation. A difficult intended skill does not guarantee its intended credit.

3. Full-Twisting Layout on the Beam — G

The stretched backward salto with a full twist performed on the beam is listed under Shishova, element 5.712. It is sometimes called Shishova II to distinguish it from the tucked full-twisting version, which has a different value.

The useful difference from the previous example is location: this is an acrobatic element within the routine, rather than a mount from the springboard. Its takeoff and landing both have to work within the beam exercise.

4. Patterson Dismount — G

The Patterson is an Arabian double front tuck. A backward takeoff and half turn lead into two forward somersaults in a tucked position before the gymnast lands on the mat.

The half turn into the forward rotation distinguishes it from a double backward salto. For a viewer learning the name, following that change of direction is more useful than simply counting two flips.

5. Full-Twisting Double Tuck Dismount — G

This dismount combines two backward somersaults in a tucked position with one full twist. “Full-in” and “full-out” describe where the twist occurs within the double salto; the broader description identifies the overall rotations.

A compact tuck and a controlled landing matter to execution. The value does not erase deductions for faults, and the difficulty of the dismount alone cannot determine the final routine score.

6. Full-Twisting Double Pike Dismount — G

The piked version also contains two backward somersaults and a full twist, but the knees remain straight in the piked body shape. It shares element box 6.705 with the tucked version.

That shared box matters: these are two recognizable variations in this seven-example guide, rather than seven distinct Code boxes overall. The pike should not be assumed to carry a higher letter value merely because its shape looks more demanding.

7. Biles Dismount — H

The Biles is a double backward tuck with two full twists. It is listed as 6.805 and carries H value, making it the highest-valued beam element in the current Code.

The extra full twist separates it from the G-rated full-twisting double tuck. Naming and rating the skill describes its recognized content; it does not predict whether performing it will produce the best score in a particular routine.

Names, Body Shapes and Shared Code Entries

Learn the movement description alongside the name. “Shishova” alone can leave a listener unsure whether the speaker means the tucked or stretched full twist. “Biles” also needs an apparatus: the beam dismount is not the same skill as either of her named floor elements. Adding the shape, rotation and event makes the description useful.

Body shape is not simply a style choice. A tuck bends the hips and knees; a pike bends at the hips with straight knees; a layout aims for a stretched shape. Yet changing shape does not always change the rating. The full-twisting double tuck and pike dismounts illustrate why viewers should check the actual Code entry instead of making that assumption.

The seven examples should not be treated as a progression chart. A gymnast does not normally learn them in the order listed, and mastering one does not establish readiness for the next. They help spectators recognize elite content; coaches plan individual development around a much wider range of skills.

Difficulty Is One Part of the Routine

The beam skills guide places these elements alongside mounts, dance and acrobatic series that appear more often. A routine also needs the required variety and connections, plus controlled execution and presentation.

The FIG beam scoring guide explains how those parts combine. For an uncertain body shape or incomplete rotation, the skill recognition guide explains why credited difficulty can differ from the skill the gymnast intended.

Consider a hypothetical upgrade from a G element to an H element. The individual difficulty difference is one tenth. Whether that improves the total depends on the rest of the routine and the resulting performance. It would be misleading to predict a higher final score without considering execution, connections and any other changes the upgrade requires.

When comparing performances, watch the full sequence before and after the featured skill. A large balance correction or a broken rhythm can be missed in a short highlight clip. Appreciating an exceptional element and understanding a complete beam routine are related, but they require different amounts of context.

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