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AI Fit Hub

Progressive Overload Planner

Project lifting progress with weekly increments and planned deloads.

Your numbers

Units
Current working weight (kg)

The weight of your current working sets.

Weekly increase (%)

Added to the load each training week, compounding.

Block length (wk)
Deload every

Every nth week is a lighter week. 0 = no deloads.

Deload drop (%)

How much lighter a deload week is than the last training week.

Result

Working weight at the end of the block
121.4 kg

13 training weeks adding 1.5% each, 3 deload weeks 8% lighter.

Starting lift
100 kg
Peak in block
121.4 kg
Total increase
21.36%
Block length
16

Working weight by week

Dips are deload weeks; training resumes from the last training load.

Wk 1Wk 9Wk 16
Load (kg)
122.5 kg

Week by week

Rounded to the nearest 2.5 kg.

WeekLoadType
1102.5 kgTraining
2102.5 kgTraining
3105 kgTraining
4105 kgTraining
597.5 kgDeload
6107.5 kgTraining
7110 kgTraining
8110 kgTraining
9112.5 kgTraining
10102.5 kgDeload
11115 kgTraining
12115 kgTraining
13117.5 kgTraining
14120 kgTraining
15110 kgDeload
16122.5 kgTraining

Education, not medical advice. The result comes only from the published formula and your inputs. How we check our formulas.

How to use it

  1. Enter your current working weight (kg, or lb with Units set to US), the weekly increase as a percentage, and the block length. On a 100 kg squat, 1% a week is about 1 kg; smaller lifts such as the overhead press need smaller jumps than squats and deadlifts, and newer lifters can progress faster than intermediates.
  2. Set how often a deload week comes round and how much lighter it is. Read the week-by-week table: each load is rounded to the nearest 2.5 kg or 5 lb, deload weeks are marked, and training resumes from the last training load after each one.
  3. If you fail to complete all target reps in two consecutive sessions at the same weight, do not progress. Repeat the same weight until you complete the full rep scheme before adding load.
  4. Plan a deload every 4–8 weeks. A lighter week (the default is 8% under your last training load, and some lifters cut the sets too) clears accumulated fatigue without losing strength adaptations.
  5. After illness, travel, or any layoff longer than 2 weeks, reset the planner from your actual current performance — not where you were before the break. Starting too heavy after a layoff is a common way to get hurt.

Questions people usually ask

What is progressive overload?

It is the process of gradually increasing training stress over time so your body has a reason to adapt.

Why include deload weeks?

Because steady progress usually requires recovery phases. Planned deloads help you keep momentum instead of crashing into fatigue.

What if I miss reps before the plan says I should?

That usually means the weekly jump is too aggressive or recovery is lagging. Use a smaller increase and rebuild from the last successful week.

Should every lift progress at the same rate?

No. Smaller lifts usually need smaller jumps, and advanced lifters often need slower progression than newer lifters.

Is this tool free and private to use?

Yes. AI Fit Hub tools are free, no-signup browser tools. Inputs stay in your browser unless you choose to share a URL.

Do these tools replace medical guidance?

No. These outputs are general fitness estimates — not medical advice.

  • Formula Progressive Overload Formula

    Progressive overload formula: next-week target = current load × (1 + overload_rate). Typical 2.5% novice / 1.5% intermediate / 0.5% advanced.

  • Formula Workout Volume Formula

    Workout volume formula: volume load = sets × reps × weight. Hard sets = total sets within 2 reps of failure per muscle group per week.

  • Formula Junk Volume Threshold Formula

    Junk volume: sets above MAV produce diminishing returns. Schoenfeld 2017 meta-analysis: ≥10 sets/muscle/week, plateau by ~20 sets. Above MRV is regression.

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  • Nutrition Macro Calculator

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  • Planning Calorie Deficit Calculator

    Estimate required daily calorie deficit for a target timeline and bodyweight change.

Background on the Progressive Overload Planner

  • Guide How to Build Grip Strength

    How to build Grip strength: strengthen your grip with expert techniques, specific exercises, and progressive overload strategies.

  • Comparison 5x5 vs Hypertrophy Program

    Unsure whether 5x5 or a hypertrophy program is right for you? This balanced guide compares their pros, cons, and specific outcomes for muscle building.

  • Examples Progressive Overload Examples

    Progressive Overload examples: discover how to continuously challenge your body for consistent gains in strength, endurance, and skill.

  • Checklist Strength Training Program Checklist

    Build an effective strength training program with this actionable checklist. Define goals, structure workouts, implement progressive overload.

  • Statistics Periodization Statistics: Block, Linear & Undulating Models

    Evidence-based periodization statistics: meta-analysis comparisons of linear, undulating, and block models, plus deload effects and program-design outcomes.

  • Learn What Is Hypertrophy? Simply Explained

    What is hypertrophy: understand the science of muscle growth with our complete guide to hypertrophy.

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All articles

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Use it from code

The same calculation as a JavaScript module you can import. It runs where you import it, with no request, key or rate limit.

import { compute } from "https://aifithub.io/engines/progressive-overload-planner.js";

Input and output contract, TypeScript types and the guide for agents.