NHL Pre-Season Lab

NHL Pre-Camp Conditioning & Dryland Workload Lab

Off-Season High-Intensity Circuit & On-Ice Shift Retention Modeler (via Yashankin Dryland Methods)
Target: Camp Readiness 2026
High-Metabolic Power Index
1. Athlete Profile & Circuit Setup
Presets:
Dryland Training Circuit Blocks 3 Exercises Loaded
Sports Science Note: Dmitry Yashankin's hockey conditioning emphasizes multi-planar ground force production and lactic tolerance, replicating NHL 45-second high-output shifts followed by partial bench recovery.
2. Physiological Workload & Shift Decay ACWR: 1.15 (Optimal)
Acute Workload (AU)
465
Session RPE × Volume Units
Peak Heart Rate
188 bpm
Target Max HR Reserve: 96%
Primary Energy System
Anaerobic Glycolytic (68%)
Lactate accumulation model
3rd Period Speed Retention
92.4%
Projected Shift 18-22 on-ice burst
Total Session Duration 28.5 min
Active Work: 6.5 min | Rest & Recovery: 22.0 min
Shift Fatigue Curve: Simulated Sprint Velocity Degradation Across Game Shifts
1st Period Shift Avg (100% baseline) 2nd Period Shift Avg 3rd Period Shift Retention
Period Estimated Shifts Avg Peak Velocity Acceleration Retention Lactate Clearance