Perched on top of the saddle

Perched on top of the saddle is showing a load and movement organisation issue, not a willpower issue. Your body is switching into a compensation strategy under movement. That is why the same pattern keeps returning when demand rises.

This section is being expanded as part of the standard One Problem = One Pathway structure.

What's driving it

• Load transfer is inconsistent under movement.
• One part of the body is holding to create control.
• Pelvis and trunk are managing movement late instead of organising early.
• The current strategy works briefly, then breaks under more demand.
• Compensation pattern keeps repeating around 'perched on top of the saddle'.

This section is being expanded as part of the standard One Problem = One Pathway structure.

After removing the support:

Check transfer

• Does 'perched on top of the saddle' reduce when movement increases?
• Can you keep organisation without gripping or bracing?
• Do aids stay clearer under pressure?
• Can you maintain change across transitions or directional changes?
• If not: return to the exercise.

Peanut Ball Pelvic Organisation and Left-Right Load Comparison

How to run it

• Equipment: Water-filled peanut ball under both seat bones with left-right comparison checks.
• Set-up: central body organisation before adding demand.
• Set-up: neutral pelvis, legs under body, soft joints.
• Progression: start in lower movement, then increase demand gradually.
• Progression: remove support when organisation can be maintained.
• Key focus points: Let pelvis carry movement. Reduce dominant-side grip and restore even load transfer.
• Key focus points: no pushing down or bracing to create false stability.
• Key coaching cues: If you have to hold it, it's not organised.
• Key coaching cues: Allow movement, don't manage it.
• Key coaching cues: Let movement happen, don't manage it.

This section is being expanded as part of the standard One Problem = One Pathway structure.

Peanut Ball Pelvic Organisation and Left-Right Load Comparison

How to run it

• Equipment: Water-filled peanut ball under both seat bones with left-right comparison checks.
• Set-up: central body organisation before adding demand.
• Set-up: neutral pelvis, legs under body, soft joints.
• Progression: start in lower movement, then increase demand gradually.
• Progression: remove support when organisation can be maintained.
• Key focus points: Let pelvis carry movement. Reduce dominant-side grip and restore even load transfer.
• Key focus points: no pushing down or bracing to create false stability.
• Key coaching cues: If you have to hold it, it's not organised.
• Key coaching cues: Allow movement, don't manage it.
• Key coaching cues: Let movement happen, don't manage it.

This section is being expanded as part of the standard One Problem = One Pathway structure.

Expected change

• Pelvis: held response -> more adaptive response.
• Load pathway: disrupted -> more continuous transfer.
• Compensation pattern: dominant -> reduced.
• Aids: reactive support -> clearer function.
• Problem expression ('perched on top of the saddle'): less frequent and less intense.

After removing the support:

Check transfer

• Does 'perched on top of the saddle' reduce when movement increases?
• Can you keep organisation without gripping or bracing?
• Do aids stay clearer under pressure?
• Can you maintain change across transitions or directional changes?
• If not: return to the exercise.

This section is being expanded as part of the standard One Problem = One Pathway structure.

Look for this feel

• Less need to hold for control.
• More even left-right awareness under movement.
• Legs and trunk feel available instead of braced.
• Changes in movement feel less disruptive.
• Organisation feels repeatable, not forced.

This section is being expanded as part of the standard One Problem = One Pathway structure.

This section is being expanded as part of the standard One Problem = One Pathway structure.

Progress when transfer is stable

• Add rein organisation challenges.
• Add transition tasks with less reset time.
• Add no-stirrups blocks where appropriate.
• Add poles or dynamic position work once stable.
• Add layered tasks only if compensation does not return.