MCP For Claude Marketplace
Intra-Set Rest-Pause Planner

Intra-Set Rest-Pause Planner MCP Connector for Claude

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Design high-intensity rest-pause protocols to maximize effective repetitions.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
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This MCP server provides specialized tools for designing high-intensity rest-pause training protocols. By analyzing current fatigue and target repetition goals, it generates precise tactical plans including cluster distributions and mini-rest timings. Use plan_rest_pause_sequence to create a complete set structure, analyze_fatigue_impact to adjust for exhaustion, validate_repetition_distribution to ensure mathematical accuracy, and calculate_effective_reps_score to estimate the hypertrophic stimulus of your training session.

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4 tools expose this connector's capabilities to your AI agent.

analyze_fatigue_impact

Calculates how the current fatigue level will specifically alter the rest intervals and rep density

calculate_effective_reps_score

Provides a single score representing the hypertrophic stimulus of a planned sequence

plan_rest_pause_sequence

Generates a complete tactical plan for a single rest-pause set based on user goals and fatigue

validate_repetition_distribution

Ensures a proposed set of rep clusters is mathematically sound and follows the requested rest-pause type

See how to talk to your AI agent using Intra-Set Rest-Pause Planner.

Plan a rest-pause set for Bench Press with a goal of 12 total reps, current fatigue at 4, using a descending methodology.

Your plan for Bench Press: Perform 5 reps, rest 30 seconds, perform 4 reps, rest 30 seconds, then perform 3 reps.

How much will my current fatigue of 8 impact my rest intervals?

With a fatigue level of 8, your rest adjustment factor is increased, meaning you will need longer mini-rests to maintain intensity.

Is a distribution of 5, 4, 3 valid for a 12 rep goal using descending rest?

Yes, the distribution 5-4-3 is valid for a descending methodology as each subsequent cluster is smaller than the previous one.

It is a high-intensity technique where a set is broken into small clusters of repetitions separated by very short rest periods to increase effective repetitions.

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