THE WHAT:
The ‘Stot’ is a progressive closed kinetic-chain (CKC) synergy inspired by gazelle-like locomotion, expressing global elasticity through the anterior chain with the core acting as a central organiser of force. It develops from grounded elastic recoil into increasingly dynamic bouncing and travelling expressions, ultimately evolving into more extended shapes where the interaction with the floor becomes more demanding and expressive.

The key principle is the development of a whole-body elastic system, where force is not isolated in a single joint or region but distributed across the entire anterior chain. This creates a coordinated stretch–shorten cycle (SSC) that allows for repeated absorption and release of energy while maintaining structural integrity and control.

Resource contents:
0:05 - Grounded 'Stot' / 15-20x
0:19 - Common mistakes
1:21 - Bouncing 'Stot' / 15-20x
1:36 - Travelling 'Stot' / 20x total (5x forward/back/left/right)
1:58 - 'Stot-to-squat' / 15-20x
2:14 - 'Stots-to-knees' / 5-6x acc. (MS: 6x unbroken)
2:38 - 'Stots-to-pike' / pike toes-touch / 8-12x
3:07 - 'Stots-to-toes' / 5-6x acc. (MS: 6x unbroken)

THE HOW:
The primary technical focus is the equalisation of elastic force through the full anterior chain, ensuring that the stretch–shorten cycle is not localised to the lower back or individual joints, but shared across the entire system. The body should function as an integrated elastic structure, where the core organises tension transfer between upper and lower segments.

In the early variations, emphasis should be placed on establishing clean elastic rebound from the floor with clear structural alignment. As the pattern progresses, attention shifts toward maintaining this same quality of elastic organisation while introducing changes in direction, travel, and shape.

Across all variations, the goal is to maintain continuous rebound without collapse, allowing force to be absorbed and returned smoothly through the system. The practitioner should aim to feel the entire body participating in both compression and release, rather than relying on isolated muscular effort.

Execution should prioritise rhythmic elasticity, full-body coordination, and consistent structural integrity through repeated cycles of loading and unloading. The quality of the movement is defined by how efficiently the body can distribute and recycle force while maintaining lightness, control, and continuity of motion.