Single Leg Lateral Hops (In-Place)

Single leg lateral hops in place are an essential plyometric exercise for developing lateral power, reactive strength, and single-leg stability in the frontal plane. This beginner-friendly movement requires no equipment and minimal space, making it perfect for introductory plyometric training while also serving as effective tissue preparation for advanced athletes before more intensive lateral training. Learn proper technique, programming recommendations, and how to integrate this foundational lateral hop exercise into your training routine for improved athletic performance and multi-directional movement capacity.

Single Leg Lateral Hops

Single leg lateral hops are a foundational plyometric exercise that develops lateral power, ankle stiffness, and reactive strength for athletes at all levels. Learn proper technique, avoid common mistakes, and discover how to progress from this beginner-friendly movement to advanced lateral plyometrics that enhance sports performance. Perfect for youth athletes, team sport competitors, and anyone looking to improve lateral movement, change of direction speed, and frontal plane power development.

Sprint To Stick

The sprint to stick exercise is a fundamental deceleration training drill that teaches athletes proper stopping mechanics, enhances change of direction ability, and reduces injury risk. This simple yet effective agility drill develops the eccentric strength and neuromuscular control necessary for superior athletic performance across all sports. Master the art of braking to improve reactive agility, defensive positioning, and explosive reacceleration in competitive environments.

Single Leg Forward Hops

Single leg forward hops are an essential plyometric exercise for developing reactive strength, hip stability, and unilateral power that directly transfers to sprinting, jumping, and athletic performance. Whether you’re a coach working with young athletes who need foundational movement skills or training advanced competitors who require dynamic warm-up drills, this low-impact bodyweight exercise builds the explosive qualities and lower leg resilience critical for athletic success. Learn proper technique, common mistakes to avoid, and how to program forward hops effectively across all skill levels.

Single Leg Hops (In-Place)

Single leg hops in place are the foundational plyometric exercise every athlete needs to master before progressing to advanced power training. This comprehensive guide breaks down the biomechanics, programming strategies, and progression principles behind this deceptively simple movement that builds ankle stability, hip control, and unilateral force production. Whether you’re coaching young athletes or incorporating dynamic warm-up drills for elite performers, learn how to properly implement single leg hops to develop tendon resilience, reactive strength, and injury-resistant movement patterns.

Skip To Sprint

The skip to sprint is a locomotion-based drill that combines fundamental skipping mechanics with explosive sprinting to develop knee drive, opposite arm-leg coordination, and quality ground contacts. Ideal for youth athletes and as a dynamic warm-up, this drill reinforces proper sprint mechanics by bridging basic movement patterns with high-speed running.

Band Resisted Split Stance Vertical Jump

The band resisted split stance vertical jump is an advanced plyometric exercise that develops explosive single-leg power and reactive strength through accommodating resistance and overspeed eccentric loading. This unilateral jumping variation enhances the stretch-shortening cycle, builds tendon elasticity, and directly improves athletic performance in sprinting, jumping, and change-of-direction movements. Learn proper setup, execution techniques, programming recommendations, and the science behind why resistance band plyometrics create superior power development for athletes.

Lateral Lunge With Push Off

The lateral lunge with pushoff is an explosive power exercise that develops change of direction ability and lateral movement mechanics essential for athletic performance. This progression from the standard lateral lunge emphasizes aggressive pushoff and reactive strength to build the neuromuscular patterns athletes need for cutting, decelerating, and reaccelerating in sports. Learn proper execution, programming recommendations, and how to progress this bodyweight or loaded exercise for maximum lateral power development.

Speed Training: Why Running Fast Isn’t Enough to Get Faster

Discover the complete science-backed guide to speed development that goes far beyond just running sprints. Learn how to train your nervous system, master the force-velocity curve, perfect sprint mechanics, and structure intelligent programming to maximize your acceleration and top-end speed for any sport. Whether you’re an athlete looking to get faster or a coach seeking proven speed training methods, this comprehensive resource reveals exactly how to develop explosive athletic performance and break through speed plateaus.