Elastic strength is force expressed inside a short window.
How Cameron Goodson progresses elastic strength through tissue capacity, landing control, plyometrics, sprinting, and sport-relevant contacts.
Elastic strength is the ability to use the muscle-tendon system effectively during rapid loading and unloading. Training usually progresses from general strength and landing control into hops, jumps, bounds, sprints, and other fast contacts chosen for the direction, intensity, and ground-contact demand of the sport.
Three decisions that organize the work.
01
Build the spring and the brakes
Fast rebound depends on accepting force as well as returning it. Landing and braking capacity support the stiffness and timing needed for more demanding reactive contacts.
02
Specificity includes direction
Vertical jumps, horizontal bounds, lateral hops, and sprint contacts are not interchangeable. A program uses several over time but emphasizes the directions tied to the athlete’s task.
03
Quality ends the set
When contact time lengthens, posture changes, or output drops, extra repetitions may train fatigue more than elasticity. Rest should be sufficient for the intended speed.
Questions before progression.
- 01Can the athlete land and stabilize the chosen direction?
- 02Can they repeat contacts without a large loss of rhythm or posture?
- 03Does the task require vertical, horizontal, lateral, or mixed force?
- 04How much high-speed running and jumping already exists in sport practice?
What this looks like in training.
- 01Landing and snap-down progressions before rebound tasks.
- 02Pogos and low-amplitude hops for repeated ankle-dominant contacts.
- 03Jumps and bounds for larger force and displacement demands.
- 04Sprints and position work for the most specific elastic expression.
Evidence informs the method. It does not erase context.
These sources support the broad training principles. They do not prove that one exercise, protocol, or app will produce the same result for every athlete.
Effects of Plyometric Training on Lower Body Muscle Architecture, Tendon Structure, Stiffness and Physical Performance
Sports Medicine - Open · 2022
Systematic review and meta-analysis reporting changes in muscle architecture, tendon stiffness, jumping, and strength after plyometric training.
Effects of plyometric training on jumping, sprint performance, and lower body muscle strength in healthy adults
Journal of Human Kinetics · 2019
Systematic review finding small-to-moderate positive effects on jump, sprint, and lower-body strength outcomes.
Plyometric tolerance varies. A history of pain or tendon injury, rapid volume increases, and poor recovery require more conservative progression and, when appropriate, clinical guidance.
Short answers, clearly stated.
Is elastic strength the same as jumping higher?
Jump height is one outcome. Elastic strength also appears in sprint contacts, repeated hops, cutting, and other tasks where force must be managed quickly.
Do more plyometric contacts produce better results?
Not automatically. The useful dose depends on contact intensity, athlete readiness, sport load, and whether output quality remains high.
Related training guides.
Before an athlete redirects force, they have to receive it.
Force absorption training develops an athlete’s ability to accept load while maintaining enough position and control for the next action. In practice, it includes eccentric strength, landing and braking skill, progressive speed, and exposure to the directions and time constraints the athlete will face.
A change of direction is only as good as the entry into it.
Deceleration training teaches an athlete to reduce speed deliberately and efficiently so they can stop, cut, or reaccelerate. It combines braking strength with an approach strategy: earlier preparation, useful lowering of the center of mass, appropriate step placement, and control of the trunk relative to the intended exit.
Football speed is repeated control under changing information.
Football performance training should develop the physical capacities behind acceleration, braking, reacceleration, contact, and repeated high-speed actions, then connect them to position-relevant decisions. Fast testing numbers help, but football speed also depends on how quickly an athlete can organize force after reading space, leverage, and an opponent.