Textron Launched CoreMotion Robotics Control Kit

The new control package enables the conversion of standard crewed ground vehicles into autonomous platforms.

Updated on Oct. 12, 2026 in Robotics

Textron Launched CoreMotion Robotics Control Kit

Live Poll

Should the military prioritize retrofitting existing vehicles with autonomous technology over purchasing new platforms?

Textron has unveiled its CoreMotion robotic control package, a new kit designed to transform crewed ground vehicles into optionally crewed or uncrewed systems. The technology serves as a middle-layer interface to manage vehicle movement and hardware execution.

Why it matters

The kit aims to bolster U.S. Army initiatives to integrate drive-by-wire capabilities into existing and future ground vehicle fleets. By streamlining control, the system allows for more versatile robotic operations across various vehicle types.

The CoreMotion kit includes a comprehensive suite of computers, actuators, software, electronics, wiring, and mounting brackets. It coordinates essential vehicle operations, including steering, braking, and power distribution.

The players

Textron

An American industrial conglomerate that specializes in the manufacturing of aerospace, defense, and security technology.

U.S. Army

The primary branch of the United States Armed Forces responsible for land-based military operations.

The details

CoreMotion translates complex commands from human operators or autonomy software into precise, repeatable physical motions. By acting as a central execution system, the kit facilitates the connection of diverse subsystems, mission payloads, and autonomous navigation tools.

Textron revealed the CoreMotion robotic control package on October 12, 2026.

The Tech Race

The development of CoreMotion marks a strategic effort to modernize legacy hardware rather than replace it entirely with purpose-built robotic platforms. This positions Textron to capture market share as the defense sector shifts toward integrating autonomy into conventional vehicle architectures.

While the technology is currently oriented toward defense contractors and military branches, the kit demonstrates a move toward scalable, software-defined vehicle controls. Its deployment could inform future standards for automation in logistics and industrial heavy machinery.

The takeaway

Textron is prioritizing the retrofitting of existing vehicles to meet modern demands for autonomous performance. This approach provides a practical path for military agencies to upgrade their operational capabilities without the lead time of entirely new vehicle designs.