Textron unveils SECAT expeditionary cargo craft
Textron Systems SECAT concept. (Photo: Textron Systems)
On 2 February, Textron Systems unveiled its new Surface Effect Cargo Amphibious Transport (SECAT) craft, designed to support logistics behind the US Expeditionary Advanced Base Operations and Distributed Maritime Operations concepts.
The company said that as focus shifts from ‘land-based competitions to large sea-based operations’, there is an increased requirement for expeditionary logistics, something the SECAT would address.
The SECAT concept features an aluminium catamaran hull with a flexible bow and stern seals containing an air cushion between the ridge side hulls.
Textron said the design allowed reduced resistance for high-speed manoeuvres and made the craft more resilient to subsurface shockwaves.
SECAT would be able to carry 500t of cargo at 50kts over 500nm in high sea states, according to a company press release.
Related Equipment in Defence Insight
More from Naval Warfare
-
Maritime defence in the Mediterranean faces challenges from vulnerable land power
As an indispensable energy crossroads, the Mediterranean is at serious risk from grey zone disruption. As navies increasingly employ AI data centres, what happens when cutting-edge defence technologies rely on the very infrastructure most susceptible to hybrid tactics?
-
US Navy to conduct an experimentation campaign with emerging tech in 2026 and 2027
The Technology Operational Experimentation Events will inform future requirements as the US Navy looks for innovative solutions across three key operational domains.
-
Future Canadian Continental Defence Corvette will provide “Halifax-equivalent capabilities”
Although the CDC project is still in its early stages, the Canadian Department of National Defence already has some requirements for the future platforms.
-
US Navy to acquire micro-uncrewed underwater vehicles for ISR and coastal data collection
The Naval Supply Systems Command is seeking authorised resellers of JaiaBot uncrewed underwater vehicles and multivehicle pods. The platforms will support undergraduate education at the US Naval Academy.
-
NATO tests use of “undetectable, jam-proof” laser communication in maritime scenarios
As part of its effort to better prepare its capabilities for operations in contested and congested scenarios, NATO evaluated a Lithuanian ship-to-ship terminal designed to not be susceptible to enemy interference.