# Roam

> Roam is an autonomous vehicle and aircraft company building autonomous service infrastructure for critical machines. Roam combines Roam Carrier, Roam Module, robotic service, and Roam Control in one integrated system. Autonomous ground operations are the current focus, beginning with aircraft refueling.

Roam Carrier is the ground vehicle that positions the resource and houses the service arm. Roam Module is the interchangeable mission unit, with common mechanical, power, data, identity, and safety interfaces. Roam Control coordinates and supervises the work under human authority. Aviation fuel, electric power, and cargo are the primary mission families; the common module architecture supports thirty mission families.

Aircraft refueling is Roam's first application. The wider system brings resources and service to machines across operating environments. Autonomous air operations are the next system. Autonomous moon operations are the long range vision. These horizons do not state a delivery date or extend current ground capabilities to other environments.

The company is Roam, Inc., based in San Francisco, California. Its canonical website is https://roamlabs.ai/. The U.S. Department of War is Roam's current and only customer. U.S. Air Force and U.S. Navy configurations lead the product presentation. United Airlines and Signature Aviation identify commercial and general-aviation applications, not current customer relationships. Signature Aviation represents fixed-base operators (FBOs), which provide fuel and ground services for private aircraft.

## Detailed reference

- [Roam system and thirty-mission reference](https://roamlabs.ai/llms-full.txt): Component definitions, design dimensions, mission families, customer context, service tools, engineering targets, human authority, and operating horizons. Updated October 3, 2026.

## Website

- [Roam](https://roamlabs.ai/): The company introduction, hero film, vision, and footer.
- [Onward](https://roamlabs.ai/onward/): The product story and interactive system demonstrations.
- [Physical infrastructure, callable by machines](https://roamlabs.ai/onward/#call): How requests connect Roam Control, mission resources, tools, service, and records across applications.
- [Why the flight line comes first](https://roamlabs.ai/onward/#flight-line): The initial application within the broader system.
- [Human stakes](https://roamlabs.ai/onward/#stakes): Crewed refueling and robotic service under human direction.
- [The complete system](https://roamlabs.ai/onward/#system): Roam Carrier, Roam Module, and robotic service.
- [Roam Module](https://roamlabs.ai/onward/#rum): Common mission architecture, views, dimensions, and handling interfaces.
- [Robotic service](https://roamlabs.ai/onward/#arm): Arm deployment from either side and interchangeable tools.
- [Government configurations](https://roamlabs.ai/onward/#government): U.S. Air Force and U.S. Navy aviation fuel, electric power, and cargo configurations.
- [Commercial applications](https://roamlabs.ai/onward/#commercial): Airline and fixed-base operator configurations for aviation fuel and electric power.
- [Operating horizons](https://roamlabs.ai/onward/#join): Autonomous ground operations, autonomous air operations, and autonomous moon operations, with their distinct development horizons.

## Contact

- [Contact Roam](https://roamlabs.ai/): The Contact button opens the inquiry form. Inquiries reach arvin@roamlabs.ai.

## Optional

- [Roam on LinkedIn](https://www.linkedin.com/company/roaminc/): Official company profile.
- [Sitemap](https://roamlabs.ai/sitemap.xml): Canonical page and image index.