Foundation Tests 2 Phantom MK-1 Robots in Ukraine as It Targets U.S. Military Within 18 Months
Updated
Updated · CNBC · May 30
Foundation Tests 2 Phantom MK-1 Robots in Ukraine as It Targets U.S. Military Within 18 Months
5 articles · Updated · CNBC · May 30
Two Phantom MK-1 humanoid robots were sent to Ukraine for hazardous-area logistics tests, in what Foundation says is the first known humanoid deployment in a combat theater.
The pilot, backed by the U.S. government and run with Ukrainian officials, focused on supply pickups that can expose soldiers to danger; CEO Sankaet Pathak said the tests already showed promise.
The current MK-1 carries about 44 pounds and still lacks waterproofing and battery life for large-scale use, prompting Foundation to plan a Phantom 2 this year with roughly double the payload.
Foundation has already won $24 million in U.S. research contracts across the Army, Navy and Air Force, and Pathak said talks have shifted from feasibility work to scaling deployments within 12 to 18 months.
The push highlights a broader race to bring AI robotics into warfare, while drawing scrutiny over Eric Trump's advisory role and debate over whether costly humanoids can outperform cheaper, faster-built alternatives.
Are humanoid robots a strategic leap forward, or a costly distraction from simpler, more effective autonomous weapons?
Can these advanced robots function on a battlefield where enemy forces can easily jam all communication networks?
When an autonomous robot makes a fatal mistake in combat, who is ultimately held accountable for its actions?
Phantom MK-1 in Ukraine: The 2026 Battlefield Debut of Humanoid Military Robots and the Global Race for 50,000 Units
Overview
In early 2026, Foundation's Phantom MK-1 humanoid robots were deployed to Ukraine, marking a significant shift in military technology. This move was driven by the urgent need to protect human soldiers from battlefield dangers and logistical challenges. Foundation believes robots can eventually take on hazardous roles traditionally performed by humans. The initial deployment focused on reconnaissance and resupply missions, allowing the collection of crucial real-world data on the robots' performance and resilience. These insights are paving the way for further advancements and deeper integration of humanoid robotics into future military operations.