Textron Systems To Build U S Navy Ship To Shore Connector Tex

Textron Systems Delivers First Ship To Shore Connector To U S The u.s. navy selects textron systems for the ship to shore connector (ssc) program. the $213 million contract is for the detailed design and construction of an initial ssc test and training craft. the contract includes options for up to eight production craft to be delivered, worth a total potential value of $570 million. the ssc will replace. New orleans, la. – textron systems corporation, a textron inc. (nyse: txt) company, announced today the successful delivery of its first next generation air cushion vehicle, ship to shore connector (ssc), craft 100 to the u.s. navy on february 6. “we are proud to deliver the first of many ship to shore connectors to the u.s. navy,” said.

юааtextronюаб юааsystemsюабтащ Second юааshipюаб юааto Shoreюаб юааconnectorюаб Delivered To юааuюаб New orleans, la. – textron systems, a textron inc. (nyse: txt) business, announced today the successful completion by its first next generation landing craft, ship to shore connector (ssc), craft 100 of the u.s. navy’s acceptance trials after completing a series of in port and underway demonstrations on december 6. The ship to shore connector (ssc) is the evolutionary replacement for the existing fleet of landing craft, air cushion (lcac) vehicles, which are nearing the end of their service life. the ssc is an air cushion vehicle whose mission is to land surface assault elements in support of operational maneuver from the sea (omfts), at over the horizon. $213 million program joins alcoa defense and l 3 communications with original manufacturer of landing craft, air cushion jul. 9, 2012 textron marine land systems (tmls), an operating unit of textron systems, a textron inc. (nyse: txt) company, announced today that its team has been selected by the u.s. navy for the ship to shore connector (ssc) program. the ssc will replace the landing craft. The ship to shore connector (ssc) is an advanced air cushion vehicle designed by textron systems to replace the aging lcac fleet of the u.s. navy. this new craft is integral to enhancing the navy’s amphibious capabilities, offering rapid deployment and logistical support across various environments, including difficult shorelines and beach.