What Is Triphasic Training?

Discover the power of triphasic training, a sophisticated approach to strength and athletic development that breaks down movement into three crucial phases: eccentric, isometric, and concentric. This comprehensive guide explores how to implement this proven methodology, popularized by Cal Dietz, for both athletes and powerlifters, offering practical strategies to enhance force production and overcome training plateaus. Whether you’re a coach, athlete, or strength enthusiast, learn how to effectively integrate this block periodization model into your training program for optimal performance gains.

What Is Block Periodization?

Discover how block periodization can transform your training approach and optimize athletic performance through strategically designed training phases. This comprehensive guide breaks down the three crucial phases of block periodization—accumulation, transmutation, and realization—providing you with the advanced programming knowledge needed to achieve multiple performance peaks throughout your training year. Whether you’re a competitive athlete or serious lifter looking to break through plateaus, understanding this powerful training methodology could be the key to unlocking your next level of strength and performance.

What Is Linear Periodization?

Discover the fundamentals of linear periodization, the cornerstone programming method for strength and muscle development that systematically progresses from high-volume, low-intensity training to low-volume, high-intensity peaks. This comprehensive guide breaks down how to implement linear periodization in your training program, exploring its benefits for beginners and limitations for advanced athletes, while providing practical examples of 12-week training blocks that optimize strength gains and muscular development. Whether you’re new to strength training or a coach looking to understand periodization models better, this guide delivers actionable insights into one of strength training’s most fundamental programming approaches.