Stop Doing Plyometrics (Until You've Earned Them)

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Summary

This video explains how to use the force-velocity curve to optimize jump training and avoid injury. It outlines a systematic progression from general strength training to specific plyometric exercises, emphasizing that plyometrics should be introduced at the right time in an athlete's development.

Highlights

The Force-Velocity Curve Explained
00:00:00

The force-velocity curve illustrates the inverse relationship between force and velocity in muscle contractions. Faster concentric contractions produce less force, while faster eccentric contractions produce more force. Isometric contractions, where muscle length doesn't change, allow for the highest force production outside of eccentric actions.

Applying the Force-Velocity Curve to Training
00:01:04

While initially a muscle fiber-level concept, the force-velocity curve is highly effective for planning training. The key is to 'surf' the curve from right to left, progressing from high-force, low-velocity (general) exercises to high-velocity, high-force (specific) exercises. This general-to-specific progression is crucial for maximizing gains and preventing injury.

The Importance of Progressive Overload
00:02:37

Each training phase should build on the previous one. Starting with concentric work builds capacity for maximal isometrics, which then enhances tendon stiffness. This stiffness is further amplified by supermaximal isometrics and finally actualized into a high vertical jump through fast isometrics. Prematurely engaging in plyometrics, especially without a solid base, can lead to injury and hinder progress.

Individuality in Training Response
00:03:26

Athletes respond differently to stimuli, similar to 'racehorses' (naturally wired, quick force production) and 'workhorses' (requiring a strong base). While the path may differ, both can achieve elite vertical jumps by following sound training principles.

The "Golden Bullet" Analogy
00:04:10

Each training stimulus is like a 'golden bullet' that is most effective the first time it's used. Using advanced training methods too early can diminish their impact later. It's recommended to introduce highly advanced techniques like supermaximal eccentric work and advanced plyometrics in later stages of training (e.g., year two or three).

A Sample Training Progression
00:05:06

Training should be cyclical: start general and boring, progress to specific, then restart with new variations or more advanced progressions. An example monthly progression: Month 1 focuses on moderate weights and high volume; Month 2 shifts to concentric focus with higher intensity; Month 3 incorporates 'power work' with moderate speeds and higher loads (weighted jumps, Olympic lifts); Month 4 introduces an 'elastic cycle' with 1-2 high-intensity plyometrics while reducing weight room intensity to maintain joint health. After a macrocycle, taper for 2-3 weeks and restart with new or more advanced exercises.

Free Vertical Jump Deficit Analysis
00:06:36

The video offers a free vertical jump deficit analysis and personalized progression plan via teachuestrength.com. A unique offer allows users to get their deposit back, making the program free, if they jump 2 inches higher by following the workouts.

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