load velocity profile
Load-Velocity Profiling for 1RM Prediction: Accuracy Review
How accurately can load-velocity profiling predict 1RM without maximal effort testing? A rigorous review of methods, error rates, and best practices across
Why Barbell Velocity Is the Most Accurate Predictor of 1RM: A Research-Based Analysis
An in-depth research analysis of why barbell velocity measured at 800Hz outperforms RPE and rep-based formulas for predicting 1RM in strength training.
How to Calculate Velocity-Based 1RM: Estimate Max Without Maxing Out
Step-by-step method for estimating your daily 1RM from submaximal velocity data — no max-out required. Includes the math, accuracy benchmarks, and common
VBT Complete Setup Guide: From Equipment to Daily 1RM Estimation
Complete VBT setup walkthrough: sensor calibration, load-velocity profiling, autoregulation thresholds, daily 1RM estimation, and weekly programming for
How to Measure Squat Velocity Zones: VBT Auto-Regulation Guide
Step-by-step guide to measuring squat velocity zones with an IMU sensor. Build a personal load-velocity profile and auto-regulate training loads daily.
How to Set Up VBT Training: Step-by-Step
Set up velocity-based training from scratch: choose your device, build a load-velocity profile, assign velocity zones, and run your first VBT session correctly.
How to Use Load-Velocity Profiles for Strength Training
Master load-velocity profiling for strength training. Learn how to build an LV profile, estimate 1RM daily, and auto-regulate training load using bar...
How to Use Velocity-Based Training (VBT): Complete Beginner's Guide
Learn how to implement velocity-based training (VBT). Velocity zones, autoregulation, load-velocity profiles, and practical protocols for any training level.