Vitasor
Mens Tool · Training & Recovery

Training Recovery Score

Evaluate muscle soreness duration, joint strain, CNS fatigue, post-workout nutrition, and progressive overload recovery.

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Takes about 3 minutesNo account requiredPrivate by default · Evidence-based training science
Science-Based Pillars

What Shapes Your Training Recovery Score

The score measures structural and central nervous system adaptation capacity rather than arbitrary exertion.

72 / 100
Overall score
Muscles65%
x
CNS State70%
x
Nutrition85%
x

Musculoskeletal Recovery

DOMS resolution rate and joint/tendon collagen health.

CNS & Autonomic Balance

Explosive power readiness, waking heart rate, and deload habits.

Post-Workout Nutrition

Anabolic window protein intake and daily protein target ratio.

Training Load & Progression

Weekly volume management and progressive overload trajectory.

This tool is educational and does not diagnose tendonitis or overtraining syndrome.
Simple Process

How It Works

Complete three focused steps to receive a clear training recovery assessment and actionable deload advice.

01

Log workout & recovery metrics

Answer questions on muscle soreness, joint comfort, and lift strength.

02

Evaluate CNS & nutrition inputs

Provide details on protein timing, deload weeks, and fatigue.

03

Get recovery score & recommendations

See your overall readiness score and specific action steps to avoid overtraining.

Your Result

Clear Recovery Readiness Breakdown

Identify whether your current recovery capacity supports your lifting goals or if fatigue accumulation threatens your strength gains.

72 / 100
Overall score
Muscles65%
x
CNS State70%
x
Nutrition85%
x
01

Overall Training Recovery Score

A single comprehensive score from 0 to 100.

02

4 Recovery Dimensions

Breakdown of muscles, CNS fatigue, nutrition, and load management.

03

Deload & Nutrition Guidance

Evidence-backed suggestions for optimizing recovery between heavy sessions.

04

Medical & Biomarker Notes

Advice on when to check biomarkers (CPK, cortisol, testosterone) for overtraining.

Evidence-based methodology
Autonomic Nervous System Recovery & Exercise Adaptation Index
Exercise-induced muscle damage (EIMD) and central nervous system (CNS) fatigue require balanced parasympathetic reactivation, adequate amino acid availability for myofibrillar protein synthesis, and periodic progressive deloading.

Key references & guidelines

  • 1
    Recovery in Sport and Exercise: Performance, Fatigue, and Prevention of Overtraining· Sports Health (Kreher JB, Schwartz JB) (2012)
    Source
  • 2
    International consensus statement on recovery in sport· International Journal of Sports Physiology and Performance (Kellmann M, et al.) (2018)
    Source

Educational use only

This tool is for general wellness education only. It does not diagnose conditions or replace medical advice. Read full medical disclaimer