Staircase-ladder
Lower-body elasticity
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1m 35s
THE WHAT & HOW:
An applied vertical and broad jumping staircase ladder context designed to develop maximal jumping output while maintaining coordination quality, landing control, and repeatable movement mechanics. The staircase serves as a measurable environmental structure where progression is clearly defined through step “paces,” allowing the practitioner to track and build maximal output in a structured way.
The system works through graded exposure to increasing jump distances. The practitioner begins at 1 pace and must complete sets of 5 jumps at each level, only progressing when performance criteria are met. Progression is based on consistency and control rather than effort alone, creating a balance between capacity development and technical precision. Once higher levels are reached (beyond 5 paces), progression becomes more selective, requiring 3 successful “stuck” landings in a row before advancing further. At maximal capacity, the work shifts into 3-5 sets of top-end performance.
A key feature is Minimum Time to Stabilisation (MTS), where each landing must be controlled quickly and cleanly before the next attempt. This emphasises not just how far or high the practitioner can jump, but how efficiently they can absorb force, regain balance, and re-organise for the next effort. “Stuck” landings are the quality marker, where the jump is considered successful only if control is achieved immediately without extra steps or excessive adjustment.
From a training perspective, the early phases provide a strong prehabilitative and preparatory function, gradually building tolerance, coordination, and landing integrity before higher-intensity output is required. As intensity increases, the demand shifts toward maintaining technical quality under maximal effort, where coordination, timing, and force production must remain aligned even as output rises.
Overall, this context develops maximal horizontal-vertical jumping capacity within a highly structured and measurable system, while reinforcing landing control, stabilisation efficiency, and the ability to express force repeatedly without loss of coordination or structure.
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