Rotational Power Hub
Rotational power separates elite throwers, strikers, and field athletes. This hub covers diagnostics, asymmetry research, and event-specific training built around 800Hz IMU rotational testing.
Measurement Protocols
Standardize medicine ball throws, cable rotations, and bilateral comparisons.
Rotational Power Measurement: Testing and Training for Athletes
Learn how to measure rotational power for athletes. Complete guide to testing protocols, normative data, and sport-specific training for rotation-dominant...
Medicine Ball Throw Test: Complete Upper Body Power Testing Protocol
Learn the medicine ball throw test protocol to measure upper body power output. Step-by-step guide with norms, variations, and data-driven tracking methods.
Medicine Ball Slam Power Test: Protocol, Norms & Upper Body Power Assessment
Complete medicine ball slam power test guide with standardized protocol, normative data, technique cues, and how to measure upper body and total body power...
How to Test Rotational Power with a Cable Machine: 800Hz IMU Torque Velocity
A step-by-step protocol to quantify rotational power using a cable machine and 800Hz IMU. Diagnose torque velocity and asymmetry for baseball, golf, and combat.
How to Test Overhead Medicine Ball Throw: Complete Guide to Total-Body Power Assessment
Master the overhead medicine ball throw test for total-body power assessment. Standard protocols, normative data by age and sex, and IMU-based data analysis.
Asymmetry & Injury
Detect side-to-side imbalance and address it before injury risk escalates.
Why Rotational Power Asymmetry Matters: Injury Risk and Performance in Throwing and Striking Sports
Rotational power asymmetry above 15% triples injury risk in throwing sports. Review longitudinal IMU data, validated thresholds, and corrective protocols.
Why Eccentric Velocity Predicts Injury: A VBT-Based Risk Monitoring Research Review
A 12% rise in eccentric velocity over 4 weeks raises hamstring injury risk 2.8x. Learn how 800Hz IMU data can flag risk before injury occurs.
Single Leg Hop Test: Lower Limb Assessment Protocol & Norms
Complete guide to the single leg hop test for lower limb assessment. Includes standardized protocol, limb symmetry index, normative data, return-to-sport...
Shoulder Range of Motion Test: Complete Assessment Guide
Learn how to perform shoulder range of motion tests with proper technique. Includes normative data, common assessments, and digital measurement methods.
Sport-Specific Protocols
Baseball, hockey, and football-specific rotational training plans.
How to Train Rotational Power for Baseball: From Measurement to 12-Week Programming
Train rotational power for baseball with 800Hz IMU measurement, medicine ball throws, and a 12-week program tied to exit velocity and pitch speed gains.
How to Build Explosive Power for Hockey: A 12-Week Protocol for Skating Acceleration and Shot Power
Explosive power for hockey drives skating acceleration and shot velocity. Use 800Hz IMU PoinT GO and a proven 12-week protocol to upgrade jumps, VBT, and.
How to Train Football Throwing Power: A 12-Week IMU and Medicine Ball Program
A 12-week program that adds 14% to football long throw distance. Use PoinT GO IMU to measure medicine ball throws and rotational power for data-driven training.
How to Measure Bat Speed with an IMU: 800Hz PoinT GO Protocol for Baseball Swing Power
IMU bat speed measurement quantifies baseball swing power efficiently. Use 800Hz PoinT GO to record swing velocity and rotational RFD with a proven 5-step.
Throwers & Field Events
Profile and program for shot put, discus, and rotational athletes.
Velocity Profiling for Throwers: Data-Driven Training for Shot Put and Rotational Events
Build force-velocity profiles for shot put, discus, and hammer throwers. Diagnose F-V imbalance with 800Hz IMU and prescribe individualized programming.
How to Train Explosive Knee Extension: An 800Hz IMU Guide to RFD, Jump Power, and Velocity
Explosive knee extension training drives jump height and sprint acceleration. Learn how 800Hz IMU PoinT GO quantifies knee extension RFD and a proven 12-week.
How to Improve Hip and Glute Power: An 800Hz IMU-Verified Training Guide
Quantify and improve hip and glute power with 800Hz IMU sensor data. A 12-week protocol using velocity zones, RFD, and jump-height metrics validated by PoinT.
Hub FAQ
01What asymmetry threshold raises injury risk?+
02How heavy should the medicine ball be?+
Velocity-Based Training (VBT) Hub
Velocity-Based Training (VBT) prescribes load and volume from real-time bar velocity instead of fixed percentages. This …
Vertical Jump Mastery Hub
Vertical jump performance is the single best proxy for lower-body explosive power across most sports. This hub organizes…
Olympic Lifting Power Hub
Olympic lifts develop peak power output unmatched by any other strength tool. This hub maps PoinT GO's clean and snatch …
Force-Velocity Profile Hub
The force-velocity (F-V) profile reveals whether an athlete is force- or velocity-deficient, enabling targeted prescript…