Two humanoid robots designed for military operations have been deployed to Ukraine for battlefield evaluation, marking a new stage in the development of robotic systems for combat environments. The robots are being tested in reconnaissance roles as developers gather data on how such machines perform under real operational conditions.
The robots, known as the Phantom MK-1, were developed by the San Francisco robotics startup Foundation. Company officials said two units were delivered to Ukraine in February for testing near the front line as part of an effort to refine their capabilities in real world military scenarios, according to a report by Time.
The deployment reflects the growing role of robotics and artificial intelligence technologies in modern warfare. Ukraine has increasingly become a testing environment for emerging military systems, as defense companies seek operational feedback from active conflict zones.
The Phantom MK-1 platform was introduced in October 2025 and was designed specifically to operate in environments where sending human soldiers could be dangerous. The robot is intended to perform tasks such as reconnaissance, logistics support, and hazardous operations including bomb disposal.
The humanoid machine stands roughly 5 feet 9 inches tall and weighs between 175 and 180 pounds. Its design allows it to operate tools and equipment typically built for human use, including standard military hardware and weapon systems.
According to the company, the robots are currently being evaluated primarily for surveillance and reconnaissance tasks. These roles involve collecting visual data and navigating terrain that may be unsafe for human personnel.
The system relies heavily on camera based vision rather than complex sensor arrays such as LiDAR. Images captured by the robot are processed by onboard software that assists with navigation and situational awareness.
Movement is powered by proprietary cycloid actuators, a mechanical design that provides high torque output while remaining relatively quiet during operation. The actuators also allow backdrivability, which helps improve safety when the robot interacts with humans.
The Phantom platform uses a “human in the loop” control model. Under this approach, the robot handles navigation and movement autonomously while human operators retain authority over critical decisions, including any use of force.
The company says the same robotic platform can also be used in industrial environments for tasks involving hazardous materials, heavy equipment, or remote inspection.
Foundation plans to scale production significantly over the next several years. The company aims to manufacture up to 50,000 robots by 2027 as part of a broader effort to expand robotic labor in both military and civilian settings.
Rather than selling the robots outright, the company intends to lease them to organizations. The estimated annual leasing cost is around $100,000 per unit. Continuous operation could allow a single robot to perform multiple work shifts that would otherwise require several human workers.
Ukraine has already integrated a wide range of robotic technologies into its military operations. Many systems currently deployed are ground robots used for transporting ammunition, delivering supplies, and performing remote surveillance.
The introduction of humanoid robots represents a new phase in this technological shift, as developers explore whether machines designed to mimic human movement can operate effectively in complex battlefield environments.
