09 September 2005
09 September 2005
Global Aerial Surveillance has signed an agreement with Sparta Composites to begin working on proprietary airframe technology and design.
""After conducting a walk through plant tour and meeting with Sparta Composites in San Diego, California, we signed an agreement to begin work on proprietary airframes which are currently being developed by Global,"" stated Craig Cervantes, CEO of Global. He added, ""Sparta manufactures various composite structures and aviation products for many of the systems that are currently being used in the US military, including currently fielded UAV airframes like the Raven and Dragon Eye.""
By working with Sparta, Global hopes to solidly position itself to bid on many of the upcoming Requests for Proposal (RFPs) that are being released from the US Air Force and Marine Corps.
Cervantes added, ""We are fortunate to have been able to visit Sparta's world-class facilities. I was very impressed with the working environment and the quality of the products that the company is producing. We are confident knowing that when we need to deliver on major contracts, whether military or civilian, Sparta can produce our airframes and systems in a timely manner and always meet our customer's needs.""
""The quality of product that Sparta produces is second to none in the industry. Global's customers must be pleased with our products, no exceptions; we are confident that this will be the case,"" added Cervantes.
Sparta Composites is focused on advanced material technology which achieves lower weight, improved thermal control and structural performance, and part fabrication costs competitive with current metallic designs. A variety of processes are being successfully applied in the fabrication of complex and close dimensional tolerance composite parts. SPARTA Composites manufactures components for both military and commercial applications, composite enclosures and aircraft and automotive components. SPARTA Composites is comprised of the facilities, equipment and experienced staff to analyze design and manufacture cost effective composite parts for a variety of applications.
Global Aerial Surveillance intends to capitalize on what the company sees as an opportunity in the civilian and military markets to provide Unmanned Aerial Vehicles (UAVs) for a myriad of potential applications. Although the applications for UAVs are numerous, Global intends to concentrate its development and marketing efforts in small, underserved niches where it can compete aggressively with pricing and service exceeding the competition.
Global will take a new approach to the development of UAV technology by making use of advanced composite construction techniques and materials and incorporating the latest in ultra-light high-speed computer processors to deliver a flexible, mission-specific UAV to its customers that can perform various complex missions.
A recent study of the worldwide UAV market concluded that US spending on UAVs amounted to about 73% of worldwide research and production spending in 2003. The US has dominated this market in recent years, due in part to the depth of research and wide range of production programs.
Frost & Sullivan, a research group in San Antonio, Texas, forecasts that the market for UAVs will be worth nearly $5 billion by 2005. Michael Heinz, who heads Boeing's Unmanned Systems unit, and other executives at military contractors see an annual market of at least $10 billion by decade's end, with growth continuing at double-digit rates for a decade or more.
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Fibrelite reports that since the start of its partnership with Trenwa more than 100 precast trench systems integrating Fibrelite composite covers have been sold for use in electrical substations, wastewater treatment plants, chemical refineries and many other applications across North America.
University of Southern Queensland (USQ)’s composites research and development was on display when the Centre for Future Materials (CFM) held its inaugural Open Day.