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Strength Training Formula

Progressive Overload Formula

The Progressive Overload Formula provides a structured approach to consistently increase the demands on your muscles, ensuring continuous adaptation and strength gains in your training.

By Orbyd Editorial · AI Fit Hub Team
Best Next MoveStrength

Progressive Overload Planner

Project lifting progression with weekly overload and planned deload cycles.

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On This Page

Formula

Copy the exact expression or work through it step by step below.

Next Training Load = Current Load x (1 + Progression Step)

Variables

NTL

Next Training Load

The next training load value plugged into the progressive overload calculation.

CL

Current Load

The current load value plugged into the progressive overload calculation.

PS

Progression Step

The progression step value plugged into the progressive overload calculation.

Step By Step

  1. 1

    Set the baseline case with the real calculator inputs.

    Current Lift Kg = 100.0%, Weekly Increase Percent = 1.50%, Training Weeks = 16, Deload Every Weeks = 5

  2. 2

    Translate rates, periods, and cash values onto the same footing before combining them.

    Keep the progressive overload assumptions consistent instead of mixing monthly and annual views.

  3. 3

    Apply the formula and read the first calculator outputs, not just the headline assumption.

    The calculator lands with projected working lift at 94.5 and starting lift at 100.

  4. 4

    Run one changed scenario so the formula is stress-tested before it is trusted.

    The progressive overload planner page is the fastest way to compare that second case.

Worked Example

Progressive Overload sample case

Current Lift Kg

100.0%

Weekly Increase Percent

1.50%

Training Weeks

16

Deload Every Weeks

5

Next Training Load = Current Load x (1 + Progression Step) using current lift kg 100.0%, weekly increase percent 1.50%, training weeks 16, deload every weeks 5.

The calculator lands with projected working lift at 94.5 and starting lift at 100.

Common Variations

Scenario variants are useful because fixed assumptions rarely survive contact with real life unchanged.
Use Progressive Overload Planner to compare the baseline result with one stressed case before relying on a single answer.

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Sources & References

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General fitness estimates — not medical advice. Consult a healthcare professional for medical decisions.