power
Swimming Block Start Force Analysis: Biomechanics and Performance
Swimming block start force analysis: GRF norms, dryland power protocols, and jump metrics to increase take-off velocity and cut your 15-m split time.
Wrestling Takedown Explosive Power: Functional Strength
Wrestling takedown power. Biomechanics of single and double-leg shots, functional strength programming, and VBT monitoring with PoinT GO.
How to Interpret Force-Velocity Profile: A Step-by-Step Practical Guide
A force-velocity profile means little without context. This walkthrough covers slope analysis, imbalance diagnosis, and training calls from IMU data.
Cluster Sets Power Output Study
Straight sets lose velocity rep after rep. Cluster sets add short rest instead — see what research shows about speed saved and how to program it.
Concurrent Power and Endurance Training: Resolving the Interference Effect
The interference effect cuts power gains by up to 31% when endurance is trained concurrently. Learn the exact session sequencing, volume ratios.
Off-Season Physical Development Plan: A 16-Week Framework for Athletes
Sequencing your off-season wrong wastes months. This 16-week plan sets strength, power, speed, and conditioning phases with load benchmarks for each block.
Cheerleading Tumbling Power: A Science-Based Training Framework
Build explosive cheerleading tumbling power with this science-backed guide: ground force mechanics, plyometric progressions, velocity norms.
Swimming Dive Start Power: Block Mechanics, Dry-Land Training, and Performance Testing
How to develop explosive swimming dive start power — block reaction time, horizontal impulse, leg drive mechanics, dry-land training protocols.
Handball Throwing Velocity: Training to Throw Faster
Elite handball shots exceed 110 km/h. Learn the kinetic chain mechanics, specific drills, and measurable benchmarks to improve your throwing velocity.
Ice Hockey Skating Power: Stride Mechanics and Off-Ice Training
NHL skaters generate 1.5x more lateral force than minor-leaguers. Build skating power with targeted off-ice protocols, stride mechanics.
Rowing Power Training: Stroke Mechanics and Off-Water Strength
Rowing power comes 60% from legs. Train the catch-to-finish sequence with specific off-water protocols and watt-output benchmarks for 2000 m performance.
Martial Arts Conditioning Program: 12-Week Comprehensive Plan
Build martial arts conditioning across alactic power, glycolytic capacity, and aerobic recovery — 12-week periodized plan with measurable benchmarks.