MCP For Claude Marketplace
Maintenance Interval Scheduler

Maintenance Interval Scheduler MCP Connector for Claude

A+

Predicts vehicle maintenance needs using time and distance thresholds.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
More Details Connect to Claude

This MCP server provides a specialized scheduling engine for vehicle maintenance. It uses a dual-trigger logic to predict when service is required based on both time elapsed and distance traveled. By analyzing historical service data and projected usage, it identifies upcoming and overdue tasks. Use get_maintenance_schedule to view the full schedule, get_overdue_tasks to find breached thresholds, update_service_record to reset maintenance clocks after a service, and get_vehicle_usage_profile to check driving behavior parameters.

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

get_maintenance_schedule

Calculates upcoming and overdue maintenance tasks for a specific vehicle

get_overdue_tasks

Filters and returns only the tasks that have already breached their maintenance thresholds

get_vehicle_usage_profile

Retrieves the driving behavior parameters used to project future maintenance

update_service_record

Resets the maintenance clock for a specific task by recording a completed service

See how to talk to your AI agent using Maintenance Interval Scheduler.

What is the maintenance schedule for vehicle ID 'v-123' with 45000 miles?

The maintenance schedule for vehicle v-123 includes an upcoming oil change due at 50,000 miles and an overdue tire rotation that was due at 42,000 miles.

Are there any overdue maintenance tasks for vehicle 'truck-99' at 120000 miles?

Vehicle truck-99 has one overdue task: Brake Inspection, which was due at 115,000 miles.

Update the service record for vehicle 'car-456' for the 'Oil Change' task performed today at 30000 miles.

The service record for the Oil Change on vehicle car-456 has been successfully updated. The new maintenance schedule has been recalculated.

The system uses dual-trigger logic. A task is due when either the time interval since the last service is reached or the distance interval (odometer reading) is met, whichever occurs first.

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