velocity loss
Velocity-Based Training for Adolescent Athletes: Safety Evidence Review
The safety evidence on VBT with adolescents: how it caps fatigue without 1RM testing, why peak height velocity changes guidance, and where gaps remain.
Velocity Drop-Off as a Fatigue Biomarker: Evidence Review
How well does bar speed track fatigue compared to creatine kinase, HRV, and countermovement jump decline? A practical comparison for VBT coaches.
Velocity Loss and Muscle Damage Markers: Evidence Review
Sánchez-Medina and Pareja-Blanco's data on VL% thresholds vs creatine kinase, lactate, and ammonia — and how much recovery cost each threshold adds.
Velocity-Based Training for Masters Runners: Build Power Without Wrecking Recovery
After 40, fast-twitch power fades faster than aerobic fitness. Velocity-loss limits cap fatigue while strength work stays married to your weekly mileage.
Why Bar Velocity Drops in the Final Rep: A Neuromuscular and Metabolic Analysis
That final-rep grind isn't just in your head. Neuromuscular fatigue, metabolic byproducts, and motor unit changes all show up clearly in the velocity data.
Why Cluster Sets Preserve Velocity Better: The Neuromuscular Science of Distributed Rest
Traditional sets bleed bar speed rep after rep. Cluster sets hold velocity 12% higher by spacing micro-rests, per neuromuscular and 800Hz VBT evidence.
Why 30% Velocity Loss Is the Best VBT Cutoff: A Meta-Analysis of Pareja-Blanco and Beyond
Stop guessing when to end a set. Pareja-Blanco's data shows a 30% velocity loss cutoff balances hypertrophy and power better than VL10, VL20, or VL40.
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.
Velocity Loss Fatigue Monitoring: Research on VL% Accuracy
Research validating intra-set velocity loss as a fatigue signal — what VL% thresholds correlate with metabolically, and where the accuracy breaks down.
How to Set Velocity-Based Stop Sets for Optimal Strength Gains
Stopping sets by feel wastes reps or invites junk volume. Use percent velocity loss thresholds and cutoff protocols for strength, power, and hypertrophy.
Velocity Loss Thresholds and Training Outcomes: 10% vs 20% vs 30%
The 2017 Pareja-Blanco study pitted 10%, 20%, and 30% velocity loss thresholds head-to-head, revealing which built strength and which just caused fatigue.
Velocity Decline Under Fatigue: Mechanisms, Thresholds, and VBT Applications
How neuromuscular fatigue drives within-set velocity decline — metabolic and neural mechanisms, velocity-loss thresholds, and training-goal alignment.