training load
Neuromuscular Readiness: Daily CMJ Monitoring Evidence
Jump height alone misses fatigue that the Ft:Ct ratio catches early. This synthesis shows which CMJ metrics flag readiness and why stacking markers helps.
Power Output Decline as a Fatigue Monitoring Tool
What does research say about tracking power output decline to flag fatigue in strength and power athletes? A systematic review of intra-session drop-off.
How to Track Weekly Training Load: Session RPE × Duration Science
A 50% spike above your 4-week average load raises injury risk 2-4x, per a cohort study of elite bowlers. Learn the RPE x duration and ACWR math.
How to Use RPE Chart Effectively: Self-Regulation Key
The RPE 1-10 scale only works if you calibrate it first. Here is how to set it accurately, apply it in programming, and check it against velocity data.
How to Create an Athlete Monitoring Dashboard
Piling in every GPS and wellness variable leaves coaches with 40-plus columns nobody reads. Here is the three-layer structure and how PoinT GO fits in.
Training Load and Injury Risk: What the Evidence Actually Shows
Coaches lean on the 0.8-1.3 acute:chronic workload ratio, but ACWR alone misses most injuries. See what the multifactorial evidence adds instead.
Monitoring Training Load: Research on Best Practices
An ACWR above 1.5 links to 2-4x higher injury risk, yet explains only 10-15% of variance. Compare ACWR, RPE, and velocity monitoring on sensitivity.