Decision Summary
Simple periodized projection with optional deload cadence.
Strength
Project lift progression with weekly overload and deload cadence assumptions to plan sustainable training blocks.
Simple periodized projection with optional deload cadence.
Week-by-week load progression with deload resets applied.
Contract, discovery endpoints, and developer notes for agent use.
Always available for agents
Tool contract JSON
https://aifithub.io/contracts/progressive-overload-planner.jsonStable input and output contract for this exact tool.
Human review
People can use the browser page to sense-check outputs and charts, but agents should still execute against the contract and discovery endpoints.
{
"tool": "progressive_overload",
"current_lift_kg": 100,
"weekly_increase_percent": 1.5,
"training_weeks": 16,
"deload_every_weeks": 5,
"deload_drop_percent": 8
} No. Start with /agent-tools.json, then follow the tool's contract URL. The page UI is for human review, not parameter discovery.
Every tool opens in Quick Start first. Advanced Controls keeps the same scenario, reveals more assumptions or diagnostics, and every tool keeps AI integrations inline below the instructions.
Open it when a human wants to sense-check the output, review the chart, or keep exploring related tools after the calculation finishes.
It is the process of gradually increasing training stress over time so your body has a reason to adapt.
Because steady progress usually requires recovery phases. Planned deloads help you keep momentum instead of crashing into fatigue.
That usually means the weekly jump is too aggressive or recovery is lagging. Use a smaller increase and rebuild from the last successful week.
No. Smaller lifts usually need smaller jumps, and advanced lifters often need slower progression than newer lifters.
Yes. AI Fit Hub tools are free, no-signup browser tools. Inputs stay in your browser unless you choose to share a URL.
No. These outputs are general fitness estimates — not medical advice.
Related Resources
Every link here is tied directly to Progressive Overload Planner. Use the explanation, formula, examples, and benchmarks to pressure-test the calculator output from first principles.
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