Thrust Reverser Actuation SystemsSAAS-E has established itself as the global leader in the technology of hydraulic thrust reverser actuation systems for the commercial, regional, and business aircraft industries by designing and producing the most reliable systems in that industry. The high reliability values achieved by SAAS-E systems allow end users to minimize their operating costs. With total systems integration expertise, SAAS-E designs and develops complete thrust reverser actuation systems for translating cowl, pivoting door, and target-type reversers. The wealth of expertise, experience, and certification knowledge is demonstrated by the world's leading airframe and nacelle manufacturers choosing our equipment for this safety-critical application. Our investment in research is aimed at enhancing our position for future applications. Systems integration and the ability to offer a complete thrust reverser actuation systems including critical valves, system tubing, safety locks, and electronic control, exists and continues to be developed. We have advanced development experience in electrical actuation, high-pressure hydraulics, and the unique challenges of restricted envelopes, and fail-safe requirements. Our focus is to satisfy the demands of future aircraft systems. ![]() |
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SAAS-E has established itself as the global leader in the technology of hydraulic thrust reverser actuation systems for the commercial, regional, and business aircraft industries by designing and producing the most reliable systems in that industry. The high reliability values achieved by SAAS-E systems allow end users to minimize their operating costs. With total systems integration expertise, SAAS-E designs and develops complete thrust reverser actuation systems for translating cowl, pivoting door, and target-type reversers. The wealth of expertise, experience, and certification knowledge is demonstrated by the world's leading airframe and nacelle manufacturers choosing our equipment for this safety-critical application. Our investment in research is aimed at enhancing our position for future applications. Systems integration and the ability to offer a complete thrust reverser actuation systems including critical valves, system tubing, safety locks, and electronic control, exists and continues to be developed. We have advanced development experience in electrical actuation, high-pressure hydraulics, and the unique challenges of restricted envelopes, and fail-safe requirements. Our focus is to satisfy the demands of future aircraft systems.
