Volleyball Training
Volleyball demands elite vertical power, lateral court coverage, and a durable hitting shoulder — on the sand or on the court. Sports Training Los Angeles builds all three, with deep experience training athletes in the South Bay's beach volleyball hubs as well as indoor club and school programs countywide.
Programming covers vertical jump development for attacking and blocking, lateral quickness for defense and coverage, and shoulder-care strength that keeps hitters healthy through a long club and school season.
How We Train Volleyball
Vertical Jump Power
Approach-jump mechanics and lower-body power development for attackers and blockers, focused on both max height and repeatable jumping across a long match.
Lateral Court Coverage
Defensive shuffle and pursuit footwork built for digs, transition defense, and back-row coverage.
Hitting Shoulder Care
Scapular stability and rotator cuff support strength that protects the hitting shoulder from the repetitive overhead load volleyball demands.
Sand & Indoor Adaptation
For beach volleyball athletes training in Manhattan, Hermosa, or Redondo Beach, programming accounts for the added conditioning demand of playing on sand.
Built on Core Training Methods
Volleyball programming draws directly from our core speed, agility, and strength methods, adapted to the sport's specific demands.
Frequently Asked Questions
Do you train beach volleyball athletes in the South Bay?
Yes. Sports Training Los Angeles trains both indoor and beach volleyball athletes, including sand-specific conditioning for players in Manhattan Beach, Hermosa Beach, and Redondo Beach.
Can this training increase vertical jump for hitting and blocking?
Yes, vertical jump development is a core focus, covering both approach-jump power for attackers and quick-reaction jumping for blockers.
Does this help protect the hitting shoulder?
Yes, scapular stability and rotator cuff support strength are built into every volleyball program to help protect against the overhead-load injuries common in the sport.