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Middle River Aircraft Systems has been designing, building and servicing the world's best aircraft for seventy years. Located on Maryland's Chesapeake Bay, Middle River Aircraft Systems (MRAS) operates a 1.7 million square feet facility on 180 acres. One of the country's biggest suppliers of aircraft during World War II, today MRAS is dedicated to meeting the aircraft industry's specialized needs. MRAS works with the industry's major airframers and engine producers to design, build and support the structures that complement their products. MRAS is one of the world's leading suppliers of jet engine thrust reversers -- the brakes of a jet engine - providing reversers for both General Electric and Pratt & Whitney, the world's largest aircraft engine manufacturers.The company also produces a variety of specialized structures for major aircraft manufacturers including Boeing and Lockheed Martin for both commercial and military aircraft.In addition to design and manufacturing, MRAS provides technical support and spares services for a variety of aerostructures. Aftermarket and support customers include nearly every major domestic commercial airline and many international airlines. Our support team, combined with our spare parts distribution center, keeps customers flying around the world.

Moller International was founded in 1983 as a spin-off of Moller Corporation to continue to design, develop, manufacture and market personal vertical takeoff and landing aircraft (VTOL). The company has developed and integrated the disparate technologies required for small, powered-lift VTOL aircraft. These include electronic stabilization and control systems, efficient ducted fan designs, thrust vectoring mechanisms and aerodynamically stable composite airframe structures. The single most significant spin-off technology is the Rotapower engine, a Wankel rotary engine. This engine is now produced and marketed by Freedom Motors.Our purpose is to develop and put into use personal transport vehicles that are as safe, efficient, affordable, and easy-to-use as automobiles. These would not be constrained by existing transportation networks, and will provide quick and convenient transport to any destination better than any alternative.This vehicle should have a low environmental impact in terms of noise, emissions, and fuel consumption. Total costs of ownership over the life of the vehicle, including purchase price, operating costs and infrastructure costs should be reasonably low. This would be competing with such alternatives as personal or mass transport vehicles, general aviation, commercial air travel, and rail or motor vehicles.

Bill Moog had been working for Cornell Aeronautical Laboratories, in a team tasked with developing automatic control devices for use in advanced aircraft and guided missile applications. Bill's part in that was to invent a practical electro-hydraulic servovalve – a high performance control device.He developed a design that he thought was an improvement on anything that had been done before. He took it to present to Johns Hopkins University, who were funding the project. They didn't think it was a breakthrough.By the next morning, Bill had redrawn and redesigned his ideas. This time he was certain he had come up with a truly revolutionary servovalve. He showed it to Cornell. Nobody wanted it.Bill was undeterred. The upside of the rejection was that, because nobody saw the potential in the device, nobody was going to stand in his way if he went out and made it himself. And that's what he did. He set up shop in an old airplane hangar. His brother Art sold his house and joined him. They got Lou Geyer to come on board to test the results and explain the product to customers. And they convinced a couple of machinists to agree to make the components, even though they couldn't pay them anything until the valves were sold. But they did sell. And before long, that original servovalve was joined, one by one, by an inspiring portfolio of breakthrough products that helped shape the most high-tech industry sectors in the world. And those first few employees were joined by a growing workforce who subscribed to the same ideals as the three founders – that tough problems only serve to challenge those who are creative and determined to come up with even more ingenious solutions.

MS Instruments PLC is a high technology Company whose major activities are in design and manufacture of Ballistics Instrumentation. In this specialist field the Company is one of the major suppliers in the world.In recent years, the company has diversified into Automatic training systems for Army and Police forces as well as Air and Sea Forces The Acoustic Target 530 was selected to instrument the NATO 1980 Weapons Trials, as was our Projectile Velocity Measuring System Type 758.Well over 1000 Velocity Measuring Systems have been produced to date.All the standard Product Range has been developed under Private Venture and as Design Authority the Company maintains logistic support and an after sales service.MS Instruments PLC have designed and supplied special instrumentation for the light gas gun located at DRA Fort Halstead. The instrumentation comprises hypervelocity velocity measuring equipment, including X-ray detectors, special trigger units and advanced Image Measurement equipment for damage assessment studies. Similar equipment has been furnished to AWRE Foulness. MS Instruments PLC has also been responsible for a number of large and successful "turn key" projects in the ballistic field. In the UK., Royal Ordnance, Nottingham, has been using a complete weapons testing facility for over 9 years that was specially designed for them. The quality control software for this project was also supplied by MS Instruments PLC. Similar systems have been supplied to Royal Ordnance, Radway Green, Eley Ltd., and to P&EE Pendine and Shoeburyness.

MTI Global Inc. (MTI) designs, develops and manufactures custom-engineered products using silicone and other cellular materials. The Company serves a variety of specialty markets, focused on three main product categories: Silicone, Aerospace and Fabricated Products.MTI’s manufacturing divisions develop and produce silicone materials and parts. The Company designs and fabricates aircraft energy management systems from a variety of flexible, cellular materials. MTI also produces and distributes specialty silicone elastomer products.MTI’s primary markets are aerospace and mass transit. Other markets include: automotive, sporting goods, industrial, institutional, medical and electronics. The Company operates under three divisions: MTI PolyFab, in Canada, including both Aerospace and Fabricated Products; North American Silicone, in the United States, including both MTI Specialty Silicones in Milton Florida.MTI’s head office and Canadian manufacturing operations are located in Mississauga, Ontario, with international manufacturing operations located in France and Milton Florida. The Company also has an engineering support centre in Brazil. The Company’s common shares trade on the Toronto Stock Exchange, under the trading symbol “MTI”.

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