Meggitt Aircraft Braking Systems (MABS) wants to bring aviation to a screeching halt. MABS makes steel brakes, carbon brakes and electric brakes, brake control systems, landing gear computers, brake temperature sensors, main and nose wheels, and wheel speed transducers. MABS braking systems are used in commercial and business jets, military aircraft, helicopters, regional turboprops, and general aviation aircraft. Major customers include Bombardier, Embraer, Gulfstream Aerospace, and Hawker Beechcraft. The company is a subsidiary of Meggitt-USA, which is part of UK-based Meggitt PLC.
MABS has production facilities in Mexico, Singapore, the UK, and the US.
MABS brakes and brake control systems are installed on an estimated 30,000 in-service aircraft. Its main thrust is its aftermarket business, which represents nearly 90% of its sales; the remainder is generated by its original equipment (OE) sector.
Sales and Marketing
MABS provides aircraft braking systems through about 13 distributors such as AAR Distribution, Aerospace Products International, Ansett Aircraft Spares & Services, Aviall, Cosgrove Aircraft Services, GLOBAVIA SpA, and PT Pitman Nusantara to a diverse group of customers like airline operators, aircraft constructors, private aircraft owners, and charter operators, governments and military operations, and distributors.
MABS generated 19% of its parent's revenue in 2012.
The company's growth strategy is banking on securing new contracts and expanding its landing gear sub-systems control and monitoring capability. It also believes that growth will be achieved by developing new technologies. To that end, MABS' all-electric brakes are breaking with tradition. The system, known as EBrake, replaces hydraulic systems with an all-electric brake-by-wire braking system. This new technology is in keeping with the industry evolution toward more electric aircraft, which will provide more fuel efficient, cleaner-burning aircraft and reduce the usage of toxic hydraulic fluids. Electric brakes increase dispatch reliability, eliminate hydraulic leaks and associated fire risk, simplify the manufacturing process, and reduce maintenance costs for airlines.