🧬 Recovery Intelligence
Recovery Quantum Engine
Estimate recovery time by separating muscular damage from CNS/systemic fatigue. Get readiness %, return time, and a recovery curve projection.
CNS vs Muscular
Readiness %
Return Date
Recovery Curve
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Awaiting Data
Enter workout load and biological metrics to generate a recovery timeline.
How to reduce recovery time
The fastest levers are sleep (7.5–9h), protein consistency, and reducing systemic stress (caffeine timing + deloads after heavy compound sessions).
Is it normal to have no soreness but still feel fatigued?
Yes. Soreness reflects local muscle damage, but CNS/systemic fatigue can remain high—especially after heavy compounds, high RPE, poor sleep, or elevated resting HR.
FAQ
What does this recovery tool estimate?
It estimates the time needed to be ready again by comparing muscular damage recovery vs CNS/systemic fatigue recovery, then using the longer value as your return timeline.
Why separate CNS fatigue and muscular soreness?
You can feel ‘not sore’ but still be systemically fatigued. CNS fatigue is influenced by heavy compounds, high RPE, resting HR trend, and poor sleep.
How should I use the readiness percentage?
Treat it as a decision helper: low readiness suggests lighter training or rest, moderate means active recovery, and high suggests you’re ready to push again.
Does protein and sleep really matter that much?
Yes. Sleep quality and adequate protein are major drivers of tissue repair and nervous system recovery. Poor sleep can extend recovery dramatically.
Is this medical advice?
No. It’s an educational estimator. If you have pain, injury, or concerning symptoms, consult a qualified clinician.
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