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FLIR Systems, Inc. designs, manufactures, and markets thermal imaging and infrared camera systems in the United States and internationally. It operates in three divisions: Thermography, Commercial Vision Systems, and Government Systems. The Thermography division manufactures hand-held thermal imaging systems that detect and measure minute temperature differences, which are used in various industrial and commercial applications, including high-end predictive and preventative maintenance, research and development, test and measurement, leak detection, scientific analysis, manufacturing process control, and building inspection. It serves research and development facilities, universities, industrial companies, utility companies, building inspectors, electrical contractors, thermography consultants, damage restoration contractors, and various commercial enterprises. The Commercial Vision Systems division provides infrared detectors, camera cores, readout integrated circuits, and other sub-components to original equipment manufacturers in automotive night vision, recreational marine, firefighting, airborne law enforcement, and commercial security markets. It also serves automotive suppliers, aircraft manufacturers and dealers, marine electronics dealers, integrators of security systems, and news gathering agencies. The Government Systems division offers hand-held and fixed mounted products for force protection, counter terrorism, search and rescue, perimeter security, navigation safety, law enforcement, narcotics detection, maritime and border patrol, and anti-piracy applications. It serves domestic and foreign government agencies, including military, paramilitary, and police forces. FLIR Systems offers its products through direct sales personnel, and a network of independent representatives and distributors. The company was founded in 1978 and is headquartered in Wilsonville, Oregon.

Foam Matrix makes composite parts and assemblies for aerospace companies. Typical applications include unmanned aerial vehicle (UAV) wings, tails, and control surfaces. Specifically, the company has made fins for the Pegasus launch system as well as wings, elevons, and tails for the Joint Air Surface Standoff Missile. Foam Matrix also has supplied material for use in surfboards, sailboards, and wind turbine blades. The company's technology allows for the creation of molded products without having to assemble multiple pieces, which makes for lower cost manufacturing. President Kent Sherwood founded the company in 1994.

GE - Aviation is the world's leading producer of large and small jet engines for commercial and military aircraft. We also supply aircraft-derived engines for marine applications and provide aviation services. GE - Aviation's technological excellence, supported by continuing substantial investments in research and development, has been the foundation of growth, and helps to ensure quality products for customers.

General Electric is the world's largest maker of jet engines, so if you've ever been to an airport, you've doubtless heard the whine of GE jet engines. Keeping all those engines functioning is the task of GE Engine Services. The company provides engine maintenance, repair, overhaul services, and technology upgrades, as well as engine exchange. It supplies customers with new and used engine parts; leases engines and provides financing for engine customers; and inspects, analyzes, and diagnoses engines. Not only does it work on its own engines, but it also works on its competitors' engines, including those made by Rolls-Royce and Pratt & Whitney.

GE Honda Aero Engines, LLC. is a 50/50 joint venture between GE Aviation and Honda Aero, Inc., and was formed in October 2004 to design, manufacture, sell, and support a family of innovative engines in the 1000 to 3500 pound thrust class for the business aviation industry. The two companies began talks in 2003 with the goal of providing durable and economical engines for business aviation. The idea was to combine the strengths of each parent company in technology leadership, manufacturing expertise, and performance engine tradition to provide modern business aviation engines with the performance and availability of large commercial engines.Honda began research and development of its jet engine and aircraft projects in 1986. Over five generations, Honda refined its small engine technology, with demonstrated capability in ground and flight testing. Meanwhile, GE has been engaged in groundbreaking development including engines for regional and business jets, and the world's most powerful commercial engine. Now, Honda and GE's joint engineering has resulted in the next generation of smaller, lightweight, low cost, and highly efficient business jet engines.The HF120 turbofan engine will be the first product from GE Honda Aero Engines after completing a rigorous testing and maturation program. The HF120's launch customers include Spectrum Aeronautical's "Freedom" and Honda Aircraft's "HondaJet".

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