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Tag · 16 articles

velocity

Velocity Loss Thresholds by Training Goal: 20% Hypertrophy, 10% Strength, 5% Power
guides·12 min read

Velocity Loss Thresholds by Training Goal: 20% Hypertrophy, 10% Strength, 5% Power

The right velocity-loss cutoff depends on your goal. Sanchez-Medina's data sets the numbers for hypertrophy, max strength, power, and endurance work.

VBT·velocity loss·VL%
How to Calculate Velocity-Based 1RM: Estimate Max Without Maxing Out
how to·9 min read

How to Calculate Velocity-Based 1RM: Estimate Max Without Maxing Out

Submaximal velocity data predicts today's 1RM without a single max-out attempt. This guide covers the math, per-exercise thresholds, and accuracy limits.

1rm·velocity·vbt
VBT vs Percentage-Based Training: Which Is More Effective?
research·9 min read

VBT vs Percentage-Based Training: Which Is More Effective?

Head-to-head research on velocity-based vs percentage-based loading — where VBT clearly outperforms on fatigue management, and where a hybrid wins.

velocity·based·training
How to Calculate Estimated 1RM from Velocity Data
how to·8 min read

How to Calculate Estimated 1RM from Velocity Data

Mean velocity correlates with relative load at r=0.97, accurate enough to skip max-effort testing. Here's the step-by-step estimation protocol and formula.

1RM estimation·velocity·load-velocity profile
Cluster Sets: Maintaining Quality with Intra-Set Rest
guides·9 min read

Cluster Sets: Maintaining Quality with Intra-Set Rest

Complete cluster set guide: intra-set rest intervals, load selection, velocity-based thresholds, and programming strategies for power and strength.

cluster sets·intra-set rest·power output
How to Calculate Training Intensity: %1RM, RPE, and Velocity Methods
how to·8 min read

How to Calculate Training Intensity: %1RM, RPE, and Velocity Methods

Velocity-based load prescription beat fixed %1RM by 9.4% more strength over 10 weeks by self-correcting for daily readiness. See all three methods here.

intensity·calculate·1RM
How to Set Up for Bench Press Properly
how to·8 min read

How to Set Up for Bench Press Properly

Shaky bench form usually starts at setup. Fix foot drive, arch, grip width, and bar path with clear checkpoints, then verify with PoinT GO velocity data.

bench press·setup·technique
Velocity-Based Fatigue Detection: Using Bar Speed to Manage Training Load
research·9 min read

Velocity-Based Fatigue Detection: Using Bar Speed to Manage Training Load

Bar speed slows before soreness, HRV, or CK react. This review covers VL% thresholds by goal, daily readiness tests, and when jump testing beats both.

velocity·fatigue·detection
Jump Mat vs Force Plate: Which Tool Belongs in Your Testing Battery?
guides·8 min read

Jump Mat vs Force Plate: Which Tool Belongs in Your Testing Battery?

Force plates cost $8,000-$40,000+; jump mats cost a fraction of that. Compare real accuracy differences and see where an 800 Hz IMU closes the gap.

jump mat·force plate·jump height
Power Clean Learning Progression Guide
guides·9 min read

Power Clean Learning Progression Guide

Stuck teaching the power clean? A 4-phase coaching progression from RDL to full pull, with velocity benchmarks and fixes for common errors.

power clean·Olympic lifting·technique
How to Calculate 1RM from Velocity Data
how to·9 min read

How to Calculate 1RM from Velocity Data

True 1RM testing carries a 1.3-per-1,000-session injury rate in powerlifters. Measure bar speed at two loads and extrapolate 1RM with this field protocol.

1RM·velocity·prediction
Autoregulation in Strength Training: Science and Practice
guides·9 min read

Autoregulation in Strength Training: Science and Practice

Evidence-based autoregulation guide: RPE vs. velocity-based methods, daily readiness protocols, velocity-loss thresholds, and practical integration.

autoregulation·RPE·velocity