Blacksea Technologies
Baltimore, MD
This email address is being protected from spambots. You need JavaScript enabled to view it.
www.blacksea.tech

BlackSea Technologies marked a key milestone in the development of its NightTrain autonomous surface vessel with a keel-laying ceremony.

The keel laying signifies NightTrain’s transition from design to physical construction and reflects growing confidence in autonomous logistics as a viable operational capability. NightTrain is designed to transport meaningful cargo over long distances in contested maritime environments, reducing risk to personnel while supporting distributed operations.

“NightTrain is a leap forward in technology. It is a way to think about moving cargo that is completely different than the way we do it now, and it adapts to the operational realities that we will face in an era where we are being challenged on every front by peer adversaries,” said Patrick Kelleher, Deputy Assistant Secretary of War for Material Readiness.

NightTrain is an autonomous, low-profile logistics vessel designed to deliver containerized payloads directly to forward forces operating in contested maritime environments. Built to move at scale across inter-theater distances, NightTrain carries standard ISO containers and releases cargo without reliance on ports, cranes, aircraft, or protected infrastructure.

A naval tradition dating back centuries, the keel-laying ceremony symbolizes commitment to a vessel’s construction and future service, both Kelleher and Piepmeier donned protective equipment to weld a coin to NightTrain keel. The keel-laying follows completion of detailed design work and the establishment of production fixtures, marking forward progress for the program. Construction activities will continue as the platform advances toward on-water testing.

NightTrain supports multiple classes of supply including subsistence, fuel, and ammunition using standard container interfaces.

Visit Here 



Magazine cover
Aerospace & Defense Technology Magazine

This article first appeared in the April, 2026 issue of Aerospace & Defense Technology Magazine (Vol. 11 No. 2).

Read more articles from this issue here.

Read more articles from the archives here.