velocity based training
Reading the Concentric:Eccentric Velocity Ratio for Fatigue: What a Rising E:C Number Actually Means
Concentric velocity crashes late in a set while the eccentric phase barely slows -- here's what a rising C:E ratio reveals about neuromuscular fatigue.
IMU Drift and Sensor Fusion: Why Your Data Wanders and How It's Fixed
A bar velocity reading that creeps upward for no reason isn't a broken app. It's uncorrected IMU drift, and a 90-second calibration habit controls it.
Why Recovery Velocity Tells Everything: 800Hz IMU Truth About Neuromuscular Fatigue
A 12-week, 28-athlete 800Hz IMU study shows recovery velocity reveals neuromuscular fatigue more accurately than 1RM testing ever could on its own.
How to Test 1RM Safely Without a Spotter
Skipping a spotter doesn't mean skipping safety. Follow this 5-step protocol: pin height, velocity-based 1RM estimation, and a safer attempt sequence.
Wave Loading Protocol: Neural Activation for Instant Strength Gains
Wave loading exploits post-activation potentiation, but 3-2-1 and 5-3-1 are not interchangeable. Compare velocity thresholds to pick the right mesocycle.
Pendlay Row: Explosive Back Power and Deadlift Support
Build explosive posterior-chain pulling power with the Pendlay row: bar-to-floor reset protocol, force production norms, and deadlift carry-over research.
Sumo Stance Kettlebell Swing: Hip Power and Adductor Strength
Build explosive hip power and adductor strength with the sumo kettlebell swing. Science-backed technique, programming, and velocity targets for athletes.
How to Set Minimum Velocity Threshold (MVT) in VBT
The wrong MVT turns your 1RM estimate into a guess. Get exercise-specific thresholds for squat, bench, and deadlift, plus the exact PoinT GO setup steps.
Neuromuscular Fatigue Monitoring Methods Comparison
CMJ flagged neuromuscular fatigue in 87% of confirmed cases; HRV managed just 65-75%. Compare four methods with sensitivity data and clear decision rules.
Maximal Strength Phase Programming: 85-100% 1RM Zone
A meta-analysis of 21 studies and 521 lifters found loads above 85% 1RM drive neural gains hypertrophy work cannot match. Here is how to program that zone.
How to Create a Load-Velocity Profile: Practical Guide
Guessing your 1RM from a chart is unreliable. Build a profile with the right test loads, read the regression line, and auto-regulate load every session.
How to Monitor Training Load with the RPE Scale
RPE only works if athletes rate consistently. Calibrate perception ratings, autoregulate session load, and cross-validate RPE against velocity data here.