Tex Special Projects

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an aircraft carrier on the deck of a ship with several fighter jets in the background
Tex ATC
Tex Special Projects design, manufacture and integrate bespoke structural, engineering and glazing systems for both military and civilian application, and undertake research, design and development for leading edge engineering consultancies. Projects include navigation windows and modular flying control rooms for the Royal Navy Queen Elizabeth Class Aircraft Carriers and engineered systems for the Indian Navy.
two pilots in the cockpit of an aircraft taking off from an aircraft carrier with a ship in the background
Tex ATC
Tex Special Projects, design and fabricate specialist engineering solutions, and undertake research and development for leading edge engineering consultancies. Projects include radio frequency-blocking glazing for both civilian and military applications, flying control rooms for the Royal Navy Queen Elizabeth Class Aircraft Carriers and special projects for the Indian Navy.
an aircraft carrier is parked on the water
Tex ATC
Tex ATC Division comprises a highly specialized and dedicated team of technical consultants, designers, and engineers; their wealth of expertise is second to none. Delivering elegant, precision-engineered solutions, Tex ATC Division have built strong partnerships with clients, architects and suppliers, ensuring a fully integrated turnkey service, from concept visualization to CAD drawings, and from manufacture to installation.
a large gray ship is docked at the dock and being worked on by a crane
Tex ATC
Tex Special Projects (TSP) were approached in 2005, in a consultancy capacity, to investigate the feasibility for integrating a typical land based visual control room (VCR) design into the aircraft carrier island structural design as a Flying Control Room (FLYCO).
a man standing in front of a control panel talking on a cell phone
Tex ATC
Following delivery of a feasibility study report, the client project team engaged TSP to further develop the design to a mature stage and then a manufacturing contract was placed in 2007. Furthermore, Tex Special Projects were privileged to supply all of the QEC ship windows, wipers and blinds.
a large gray ship docked next to another boat in the water with people on it
Tex ATC
Being a sea going platform, the requirements for the FLYCO were extremely testing and covered the full spectrum of usual land based VCR requirements; all in one go. Shock, ship motion, noise and electromagnetic attenuation, solar gain, blast, heated glass and CBRN.
a man and woman standing in front of a model battleship
Tex ATC
UK’s new aircraft carrier HMS Queen Elizabeth, the largest warship ever built for the Royal Navy, entered service in Portsmouth today, 7 Dec 2017. The Queen, ship’s company and 3,700 guests attended to see the Royal Navy White Ensign raised on the vessel for the first time. Tex Special Projects designed and manufactured the innovative Flying Control Room (FLYCO) and installed the glazing throughout the ship.
an aerial view of a large ship in the middle of the ocean with other boats
Tex ATC
Control Room design by Tex Special Projects. The Queen described the ship as “… the most powerful and capable ship ever to raise the White Ensign.”
a helicopter flying next to a large ship in the air with people on it's deck
Tex ATC
The glazing incorporated a laminate build-up which addressed all requirement issues and TSP also designed, delivered and installed the cantilevered steelwork sponsons, which were the subject of finite element analysis (FEA) allowing enhanced structural optimisation. The design also incorporated a lost motion system at the top to isolate the glazing from the loading due to ship motion.
the large ship is docked at the dock
Tex ATC
The FLYCO offers a superlative air execution operating space which is completely unique in maritime defence and offers the operators a near uninterrupted 290 degree field of regard of the while flight deck. Legacy platform FLYCOs are typically cramped and limited in the ability to see and control air operations.