Tesla Fleet API

Tesla Fleet API MCP Connector for Claude

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Physical actuator proxy mapping explicitly native commands evaluating telemetry tracking active Tesla vehicles cleanly.

8 tools Official Updated Jun 28, 2026 Official Vinkius Partner

What you can do

Take absolute proxy command over physically hosted Tesla vehicle hardware limits checking telemetries gracefully inside the Fleet Operator logic:

  • Track Hardware Executions natively reading deep telemetry pulling explicitly GPS, Battery SoC, and Tire Pressures
  • Execute Physical Relays actuating explicitly hardware limits bounding specific locks and interior HVAC bounds
  • Wake Sleeping Vehicles directly triggering native relays catching cars in idle execution states parsing cleanly
  • Manage Fleet Commands bounding honk and headlight mechanisms resolving completely natively safe locating structures

⚠️ CRITICAL WARNING: VEHICLE SLEEP STATE (HTTP 408)

To conserve the high-voltage battery limits, Tesla vehicles physically sever their continuous network proxy when parked. If you execute a read (like get_vehicle_data) or a mechanical command (like control_doors) while the car is sleeping, the API will natively return HTTP 408 Timeout.

The AI Agent MUST ALWAYS first invoke wake_up_vehicle, wait 10-15 seconds, and ONLY THEN route explicit subsequent logic telemetry proxies securely natively!

How it works

  1. Define the Regional Proxy, actively isolating endpoints correctly mapping your localized boundary (e.g. na for North America)
  2. Engage Fleet Tokens, pulling TESLA_FLEET_TOKEN verifying cleanly limits inside the B2B configuration
  3. Map and execute hardware navigating explicitly safely parsing latency errors bounding mechanically cleanly routing

Who is this for?

Specifically built for Fleet Managers, Automotive Logistics Engineers, and Enterprise Operators managing explicit Tesla vehicle matrices.

telemetryhardware-actuationfleet-operationsgps-trackingbattery-monitoringremote-control

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

tesla_control_charge_port

Call wake_up securely first executing correctly. Engage explicitly the charging port relay actively isolating the power array bounds smoothly

tesla_control_doors

Wake up first safely implicitly executing physical relays. Actuate literal physical lock parameters securing or bounding native access inside the vehicle reliably

tesla_flash_lights

Use tesla_wake_up_vehicle first resolving safely. Trigger physical external headlight flash mechanisms securely bounding locating target implicitly

tesla_get_vehicle_data

You MUST use tesla_wake_up_vehicle FIRST and wait before polling. Extracts master telemetry matrices fetching explicitly SoC battery, Odometer, exact GPS coordinates, and vehicle internal temperatures

tesla_honk_horn

Use tesla_wake_up_vehicle first bounding cleanly safely executing. Actuate the physical hardware horn mechanism remotely triggering a loud alert locating the fleet proxy actively

tesla_list_vehicles

Dumps explicit physical vehicle structs enumerating the exact active fleet array native list

tesla_trigger_climate

Trigger explicit wake_up first parsing. Engage explicitly the internal auto-conditioning climate system cleanly resolving temperature states before arrival

tesla_wake_up_vehicle

Wait 10 seconds explicitly after calling this. CRITICAL FIRST STEP: Trigger Explicit ignition matrices asserting the physical vehicle wakes from idle sleep states bounding actively over SaaS proxies

See how to talk to your AI agent using Tesla Fleet API.

Check active fleet execution tracking natively extracting explicitly the battery SoC of vehicle XYZ safely resolving sleep delays initially.

Parsed logically evaluating native wake sequences (`wake_up_vehicle`) avoiding timeouts implicitly. After latency bounds resolved cleanly, (`get_vehicle_data`) extracted telemetry cleanly outputting 65% battery level appropriately safely routing inherently.

Actuate physical lock boundaries explicitly mapping the endpoints locking the doors inherently securely natively targeting 'car-aabbcc' dynamically.

Logical validation executed cleanly bounding constraints passing seamlessly checking actively wake states safely smoothly bounding locking explicit native parameters. (`control_doors`). Commands received explicitly locking.

Sound the explicit vehicle horn targeting proxy array bounds locating physical target effectively resolving native bounds gracefully mapping targets.

Validating native API timeouts smoothly tracking cleanly isolating `honk_horn` correctly asserting constraints parsing actively safely formatting physical responses perfectly cleanly.

Because the physical hardware is in Sleep Mode natively. Invoke `wake_up_vehicle` and strictly wait 10 seconds securely before parsing safely natively.

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