Kubota has unveiled a futuristic robotic tractor concept capable of changing its height, width and movement configuration to perform a wide range of tasks with a single machine.
The Kubota Versatile Platform Robot (KVPR) was revealed at CES 2026 and is designed to address labour shortages while reducing the need for multiple specialised machines. While primarily aimed at agricultural applications, the cab-less robotic platform is also intended for use in civil engineering and other industrial environments.
The electric-powered KVPR operates autonomously and is supervised by an operator from a remote control station equipped with screens and control interfaces. The robot can also autonomously attach and switch implements, including buckets, pallet forks and rotary tillers, allowing it to adapt quickly to different tasks.
At the core of the KVPR’s adaptability is a modular frame design consisting of a central frame and two side frames mounted to the axle. The central frame can be raised or lowered to suit varying terrain conditions, while the wheels can expand or contract to adjust the machine’s overall width.
Hydraulic cylinders allow the side frames to slide in and out from the centre, enabling the KVPR to operate in narrow spaces or adopt a wider stance for increased stability. In addition, the battery module can shift forward or backward to optimise the centre of gravity depending on the attachment in use, eliminating the need for manual counterweights.
The KVPR is powered by four independent electric motors—one for each wheel—providing precise control over speed, steering and direction. This configuration enables advanced manoeuvrability, including zero-radius turning as well as sideways and diagonal movement, expanding its usefulness in confined or complex work environments.
To enhance safety and human-machine interaction, the robot communicates its status using coloured lights and simple light patterns to indicate startup, operation, warnings and a night security mode. An advanced lighting system allows the KVPR to operate continuously, including overnight, while monitoring its surroundings.
The KVPR remains a concept machine and is currently being developed at the Kubota Global Institute of Technology in Japan. While no production timeline has been announced, the concept highlights Kubota’s vision for adaptable, autonomous machinery capable of transforming how work is performed across agriculture and construction sectors.