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Claude Code limits

Terminal-agent prompts, shared subscription windows, models, and usage checks. Values below are scoped rather than flattened into one misleading platform-wide number.

Verified Aug 22, 2026Official docs
Quick answer:  Claude Code has multiple independent constraints. Match the exact plan, model, runtime, invocation mode, or server configuration shown in each row.

Current documented limits

ConstraintCurrent valueScopeVerified source
average Pro prompt estimateThe estimate is for typical terminal use and shares capacity with Claude activity.Approximately 10–40 prompts every 5 hoursProAnthropicAug 22, 2026
average Max 5× prompt estimateThis tier also shares its limit with Claude consumer activity.Approximately 50–200 prompts every 5 hoursMax 5×AnthropicAug 22, 2026
average Max 20× prompt estimateThe estimate remains workload-dependent and shares capacity with Claude.Approximately 200–800 prompts every 5 hoursMax 20×AnthropicAug 22, 2026
subscription reset and scopeThe terminal warns as capacity falls and can offer separate pay-as-you-go API usage.Resets every 5 hours; shared with ClaudePro and MaxAnthropicAug 22, 2026

How to apply Claude Code limits safely

The monitored baseline covers average Pro prompt estimate, average Max 5× prompt estimate, average Max 20× prompt estimate, subscription reset and scope. Treat these as separate constraints rather than one platform-wide capacity number: a workload can fit one row and still fail another because the plan, model, endpoint, runtime, region, invocation mode, or account scope differs.

  1. Match the production workload to the exact scope printed beside each value and confirm it in the active Claude Code console, configuration, or response headers.
  2. Measure the serialized request, token volume, duration, concurrency, storage, or connection demand at realistic percentiles, then preserve headroom for bursts and retries.
  3. Check every adjacent layer—client, SDK, gateway, proxy, queue, database, and downstream service—for a smaller effective limit before changing architecture.

Specific limit pages

These pages exist because the constraint has a distinct implementation or troubleshooting intent. Closely related keyword variations stay consolidated.

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Official sources

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