Lower-body elasticity
Lower body elasticity focuses on developing the ability of the legs and lower kinetic chain to absorb, store, and re-express force through the stretch-shortening cycle. The emphasis is on creating efficient rebound through the feet, ankles, knees, and hips while maintaining structural integrity under load and impact.
This includes both closed kinetic-chain expressions, such as jumping and landing patterns where force is transmitted through the ground, and open kinetic-chain expressions, such as leg swings and unloaded dynamic actions where the limb moves freely through space. Together, these contexts develop a more complete elastic capacity in the lower body by exposing it to both supported and free-moving force environments.
At a coordinative level, lower body elasticity is not only about power production, but about the timing and organisation of force absorption and release. The body must learn to coordinate joint sequencing so that energy is efficiently distributed through the system rather than collapsing into isolated joints or segments.
Repeated elastic loading and unloading through actions such as jumping, bouncing, leg swings, and kicking patterns also contributes to the hydration and glide capacity of fascial tissues, supporting smoother force transmission across connected chains. When these elastic qualities are expressed well, movement tends to feel more continuous and integrated, with force travelling through the system rather than being halted locally.
Importantly, while this is described as lower body elasticity, it is never truly isolated. Even in actions such as jumping or leg swings, the lower body is always functioning as part of a global coordinative system, where the trunk, upper body, and overall posture continuously organise and respond to maintain balance, timing, and force direction. The legs may initiate or express the dominant elastic action, but the quality of that expression is always shaped by the entire structure working as a coordinated whole.
In dynamic contexts such as athletics, sprinting, jumping, kicking, and acrobatic transitions, this integrated elasticity becomes essential. These disciplines rely on the ability to rapidly switch between absorption and propulsion while maintaining whole-body organisation under changing spatial and temporal demands.
Over time, this develops a lower body that is more reactive, spring-like, and adaptable, capable of expressing force dynamically while maintaining global coordination, alignment, and continuity. It reflects an innate property of human movement, and its cultivation supports more natural, resilient, and economically efficient movement patterns.
In this way, lower body elasticity is not an isolated capacity to be trained in parts, but a fundamental quality of the entire system expressed through the lower body, refined through repeated elastic interaction with the ground and space.
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Vertical-jumping
THE WHAT:
Contexts for developing capacity & coordination in the foundational vertical-jump. For optimal progressive-measurability it is ideally practiced using a plyo-box and then stacking weight-plates above when establishing one’s max, however seeking out an area with different height ledges &... -
Depth-jump over box
THE WHAT:
A depth jump context designed to develop reactive strength and elastic rebound, with the added demand of clearing an obstacle and organising a controlled landing beyond it. As with standard depth jumps, the core emphasis is rapid force absorption followed by immediate re-projection, but... -
Depth-jump into box
THE WHAT:
A depth jump context designed to develop reactive strength and elastic rebound through rapid force absorption followed by immediate re-projection. While related to rebounding jump work, the emphasis here is on a maximal expression of the stretch-shortening cycle, where the quality of a ... -
Directional jumping & landing
THE WHAT & HOW:
A directional jumping and landing context designed to develop multi-directional force production, landing control, and coordination under changing spatial demands. The practitioner moves across the ground while expressing jumps into different directions, with varied landing soluti... -
Pause-squat stairs-jumps
THE WHAT & HOW:
A staircase jumping context designed to develop maximal power output using pause-based jump variations, with step height providing a clear and measurable progression system. The focus is on increasing force production (force x velocity) from static positions, where elastic contrib... -
Single-leg staircase ladder
THE WHAT & HOW:
A unilateral staircase ladder context designed to develop maximal single-leg jumping capacity alongside unilateral landing control within a structured, measurable progression. The staircase provides a clear external framework through step “paces,” allowing the practitioner to prog... -
Backward ascending stairs-jumps
THE WHAT & HOW:
Backward ascending stairs jumps are an applied coordination context designed to develop reverse jumping patterning in a constrained and slightly uncertain environment. The practitioner moves backwards up a flight of steps, jumping from one step to the next without visual confirmat... -
Staircase-ladder
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 c... -
Staircase jump-sequence (bilateral & unilateral)
THE WHAT & HOW:
A staircase-jump sequence which attends to all permutations of bilateral and unilateral jumping and landing. As both a coordinative and capacity-development context, work toward the maximum number of steps for each variation while maintaining optimal unilateral and bilateral jump ... -
Triple-step to stairs-jump
THE WHAT:
Contexts for developing and requesting coordination and judgement in the applied context of running and jumping into a flight of steps. The stairs serve as an environmental training modality as they offer both variable height and distance with clear measurability (i.e. number of steps).... -
Rebounding-jump contexts 1
THE WHAT:
Jumping & landing contexts focused on the development of reactive-strength and the recycling/redirecting of force, both horizontally and vertically. To elicit precision, maintain accuracy and afford measurability, MARKERS are used on the floor (objects or, in an outdoor environment, ch... -
Foundational landing & rebounding drills
THE WHAT:
Contexts developing the mechanics and (elastic) qualities required for effective rebounding on landings. A 'rebound' is essentially an elastic-return which can also be redirected in different directions. In these foundational practices, it is initially redirected back again vertically (... -
Fundamental jumping tools 2 - Precision broad-jump
THE WHAT:
The 'Precision broad-jump' provides a most fundamental measure for distance jumping, whilst also serving as a context within which to develop its optimal coordination & capacity. Of significance is that is is accompanied by a PRECISION-landing, namely optimal absorption & dissipation o... -
Fundamental jumping tools 3: The 'triple-step'
THE WHAT@
The 'triple-step' provides patterning for a walk, run, or anything in between to be initiated into a TWO-FOOTED jump. As the kinetic energy from your walk/run-up translates into greater potential energy in your jump, beyond the coordination itself the practice is also calibrating POWER-... -
5 Basic skipping patterns 1 (no rope)
THE WHAT:
Frames of practice to developing an understanding of 5 different fundamental skipping patterns and the physiological qualities which their practice can build. Further to the patterns themselves, practice lies in modulating tension, developing elasticity and a sensation of "lightness"" w... -
Basic skipping patterns 1 (with a rope)
THE WHAT:
Frames of practice to developing an understanding of some fundamental skipping patterns and the physiological qualities which their practice has the potential to bring. Further to the patterns themselves, practice lies in modulating tension, developing elasticity and a sensation of "lig... -
Rope skipping 2: moving in space
THE WHAT:
5 progressive contexts for consolidating movement through space and developing dexterity with the skipping rope. They include linear (forward/back, left/right) & circular patterns, as well as changing of stance to a staggered position for better emulation of fighting/athletic contexts.
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Basic rope-skipping 3: Additional patterns
THE WHAT:
4 additional patterns which include variations with the arms and skipping in reverse. Regardless, the basic 'unilateral weight-shift' remains the same.Resource contents:
0:05 - Double-side "whips"
MILESTONE: 60" unbroken skipping, increasing frequency of whips to 2 whips (1 each side)... -
Single-leg balance (SLB) & ('dynamic') hip-rotation (DHR)
THE WHAT:
Applying fundamental principles of "emptying" and 'force-generation & transmission' to expression in the legs. Conceptually, it is no different to expression in the arms, and so, toward and embodied understanding of the underlying CONCEPTS ,the practitioner should strive to notice the T... -
Single-leg (SL) 'Figure-8' (F8) / 3-levels
THE WHAT:
A most fundamental single-leg (SL) balance context in which the universal 'figure-8' (F8) is used as a frame to develop patterning, proprioception, and structural adaptability on one leg. As a 'side-effect', the process of practice will also develop physiological capacities toward impro... -
'Single-leg (SL) reach' progressive variations
THE WHAT:
Time to inject some "noise" into the fundamental unilaterally-hinging 'Reach' form, with an eye toward furthering structural, kinaesthetic & proprioceptive awareness, responsiveness, and general adaptability in the ongoing cultivation of movement 'dexterity'. On the physical layer, mobi... -
Travelling 'squat-bounce'
THE WHAT:
A simple & accessible squat context which expresses & develops the elasticity of the lower-body articulations and their intrinsic connection to the upper-body. As it travels through space it is fundamentally a LOCOMOTION-conditioning context, although, as a pattern in and of itself, it ... -
Ankle-dorsiflexion development
THE WHAT:
Whist consistent practice of these two simple forms contributes toward developing range & elasticity in ankle-dorsiflexion, their form & position (i.e. 'hinged' in the hip), also affects the hamstrings of the 'working' leg. For this reason, they are equally valuable in developing FRONT-... -
The 'Ostrich Walk'
THE WHAT & HOW:
A dynamic, ballistic locomotion pattern which develops the elasticity of the posterior-chain, further to range in front-folding & active compression (when executed with this intent, i.e. active PULLING of the top of the head toward the floor).Practitioners should be mindful - wh...
