VBT
How to Train Triple Extension with an 800Hz IMU Sensor: The Complete Guide
Triple extension makes or breaks an Olympic lift, yet few lifters see their own sequencing. An 800Hz IMU tracks hip-knee-ankle timing and peak velocity.
The Velocity-Based Warm-Up Protocol: An IMU-Driven Activation System
Stop guessing when you're warm. This step-by-step protocol uses an 800Hz IMU to track neuromuscular activation and confirm you're ready for your top set.
Why Your Bench Press Stalled: A Velocity-Based Diagnostic
Stuck at the same bench press weight for weeks? These four velocity-tracked tests isolate exactly which phase of the lift is failing you.
Why Snatch Form Matters More Than Weight: An IMU Perspective
Loading the bar before your technique is solid? IMU bar-path data shows why snatch form costs more power than adding kilos, plus an 8-week fix.
Why the Bench Press Arch Helps: ROM Reduction, Scapular Stability, and Power Transfer Biomechanics
A proper thoracic arch shortens ROM by 12-18% and adds 5-8% to your bench 1RM. Here's the scapular retraction mechanics and IMU bar-speed data behind it.
Why Cluster Sets Outperform Straight Sets for Power: An 800Hz IMU Meta-Analysis
Twelve studies, one pattern: cluster sets beat straight sets on velocity, RFD, and power output. See the 800Hz IMU meta-analysis behind the gains.
Why Eccentric Training Builds More Muscle: From Molecular Biology to IMU Measurement
Mechanical tension alone doesn't explain eccentric training's hypertrophy edge. Muscle damage and satellite activation close the gap, per new research.
Why Explosive Intent Matters on Every Rep: The Neuromechanics of Intent-Velocity-Adaptation
Lifting light doesn't mean lifting slow. Maximal accelerative intent shifts motor unit recruitment and firing rate even at light loads, per new evidence.
Why Jump Squats Trump Back Squats for Power Development: An 800Hz IMU Analysis
Jump squat power output beats back squats on velocity and RFD. 800Hz IMU sensor data breaks down the numbers so you know which lift builds explosiveness.
Why Most Lifters Overestimate Their 1RM: The Science of Measurement Error
78% of lifters overestimate their 1RM, missing by 8.7% on average. IMU velocity data catches the error and fixes load prescription for good.
Why Sprinters Need VBT Tracking: Velocity Transfer From Weight Room to Track
Sprinters who track bar velocity in the weight room gain 11-17% more explosive power. Here is the 800Hz IMU evidence behind the velocity-to-track transfer.
Why Velocity Feedback Improves Training Output: A VBT Meta-Analysis
Watching your bar speed in real time isn't a gimmick. 18 RCTs link velocity feedback to a +6.8% higher 1RM and +9.2% more power, per 800Hz IMU data.