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Plyometric Progression

Evidence-grounded — sourced from Fysiqal's fitness knowledge graph· 2 min read
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In one line

Advance plyometrics gradually — from low to high intensity, double-leg to single-leg, in-place to long-response to depth jumps — increasing one variable at a time.

Detail

Plyometric progression applies progressive-overload cautiously, because impact forces rise fast and connective tissue adapts more slowly than muscle. General progression axes (advance one at a time, only after the current level is mastered with good technique):

  • Intensity: low → moderate → high (jumps in place → standing jumps → multiple jumps/bounds → box jumps → depth jumps). See plyometric-intensity-levels.
  • Limbs: double-leg → single-leg (single-leg roughly doubles per-limb load).
  • Direction/complexity: vertical → horizontal → lateral → multidirectional/reactive.
  • Amplitude: low boxes/short jumps → higher boxes/longer jumps.
  • Volume: gradually raise foot contacts within the level's appropriate range.
  • Load: body weight → added load only for advanced athletes with a strength base.
  • Speed/reactivity: controlled "stick" landings → fast, reactive minimal-contact landings.

Typical sequencing within a program block runs in-place jumps → short-response (standing) jumps → long-response (bounds, multiple hops) → depth/drop jumps, often over several weeks. Master technique and tolerate the current dose (no lingering soreness, good landings) before increasing.

Key facts

  • Progress low→high intensity, double→single leg, vertical→horizontal→lateral, low→high amplitude.
  • Increase only one variable at a time, and only after mastery of the current level.
  • Connective tissue adapts slower than muscle — progress conservatively.
  • Body weight before added load; reactive/fast contacts are an advanced stage.

Connections

  • plyometrics-definition — progression organizes plyometric training over time.
  • plyometric-intensity-levels — the intensity ladder to climb.
  • plyometric-volume-guidelines — volume increases within level-appropriate ranges.
  • progression / progressive-overload — the underlying training principles.
SourceCurrent guideline bodies
Established exercise-science consensus; NSCA Essentials of Strength Training & Conditioning. Pages: (general consensus).
Turn this into real load progression across your training.Build my strength plan

Educational content only — not medical advice. Always consult a qualified professional for individualized guidance, especially around injury, pregnancy, or medical conditions.

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Atlas Connections

Plyometric Intensity Levels (Low to High)Closely related
Plyometric drills range from low-intensity (small jumps in place) to high-intensity (depth jumps, single-leg work); progress up the ladder only as competence and tolerance allow.
Plyometric Prerequisites & Readiness CriteriaClosely related
Before high-intensity plyometrics, an athlete should have a base of strength, sound landing/balance technique, and (for lower-body work) the ability to squat a meaningful multiple of body weight.
Plyometric Volume Guidelines (Foot Contacts)Closely related
Lower-body plyometric volume is counted in foot contacts per session — roughly 80-100 for beginners up to ~120-140+ for advanced athletes, with higher intensity requiring fewer contacts.
Plyometrics (Definition)Closely related
Quick, powerful movements that use a rapid eccentric pre-stretch immediately followed by an explosive concentric action — training the stretch-shortening cycle to produce more power.
Principle of Progression (Progressive Resistance)
Progressive resistance is the single most important strength principle — raise the load gradually (about 5% at a time) once you can hit the top of your rep range.
Principle of Progressive Overload
To get stronger, a muscle must work against a resistance greater than it is normally accustomed to — and as the body adapts, the load must keep rising.