Chinook Helicopter Landed on Autonomous Barge
The 160th SOAR tested an autonomous replenishment mission using a Sea Machines barge.
Updated on Sept. 23, 2026 in Robotics
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The 160th SOAR successfully landed an MH-47G Chinook helicopter on an autonomous barge. The test utilized the Sea Machines SM300 autonomous conversion kit to facilitate replenishment operations.
Why it matters
Autonomous replenishment extends the operational range and flexibility of the helicopter fleet. This capability helps mitigate risks from front-line threats, including interceptor drones and short-ranged armaments.
The SM300 autonomous conversion kit is engineered to integrate with vessels ranging from 20 to 30 feet in length up to large barges. The hardware and software architecture enables long-range autonomous control for previously manned vessels.
The players
160th SOAR
The 160th Special Operations Aviation Regiment is a U.S. Army unit specializing in aviation support for special operations forces.
Sea Machines
Sea Machines is a robotics company that develops autonomous control systems for the marine industry.
MH-47G Chinook
The MH-47G Chinook is a heavy-lift helicopter modified specifically for special operations and long-range transport missions.
The details
The system enables a previously manned vessel to function autonomously through the SM300 architecture. This allows for safe, controlled replenishment of helicopters at sea, reducing the logistical burden on manned support crews.
Timeline
The Sea Machines SM300 conversion kit development began in early 2021.
This documentation of the test event was published on 2026-09-23.
The Tech Race
The transition to autonomous maritime support marks a pivot away from traditional manned vessel reliance in high-risk zones. This technology directly competes with the necessity for human-crewed support ships in contested territorial waters.
The success of this autonomous platform demonstrates a practical application for military logistics that reduces human exposure to front-line risks. For the defense sector, this signifies a push toward more resilient supply chains that leverage software-defined maritime hardware.
The takeaway
Autonomous systems are increasingly becoming the standard for complex logistical maneuvers that were previously limited by human fatigue and safety risks. Future military operations will likely prioritize these automated vessels to maintain reach in environments where drones are a constant threat.
Further reading
Learn more about the latest developments in Robotics.
Source note: This article includes information reported by Naval News.
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