Sprinting Is Not Static: The Limits of Isometric Training
You’ve probably heard this before...“Most of sprinting is isometric.” The argument usually goes like this. During top-speed
Science-Backed Training Articles to Strengthen Your Performance and Rehab Programming.
You’ve probably heard this before...“Most of sprinting is isometric.” The argument usually goes like this. During top-speed
Basketball is built on short, explosive movements in multiple directions. A large portion of those movements involves stopping, not just
Some coaches think higher volume equals greater adaptations, while others emphasize quality repetitions and fatigue management. A major issue in
There is increasing interest in the idea that training at long muscle lengths may enhance hypertrophy. This has led to
Velocity deficits are common in athletes with force-dominant force–velocity profiles. While coaches often use band-assisted jumps, what
Jumping gets most of the attention in performance testing. But every jump ends with a landing. And in sports like
Assisted countermovement jumps (ACMJ) have become popular because they allow athletes to jump higher and move faster by reducing bodyweight.
This week, inside the Applied Performance Coach community, a student asked a great question: “How can force plates tell us
Drop jumps and RSI are staples in performance testing. Coaches often chase shorter ground contact times or higher jumps, assuming
Most coaches default to dynamic lifting or plyometrics to improve running performance. Those methods work. But isometric training deserves a
Lower-body power underpins nearly everything we care about in sport. Jumping, sprinting, cutting, and change of direction all rely
Achilles tendon rupture (ATR) has long-term consequences. Even years after injury, we see reduced plantarflexion strength, reduced ankle power