Landing bay hydraulics - Landing bay hydraulics | Parker US
Advanced air mobility aircraft

Parker Aerospace has been involved with aircraft hydraulics from the early days of transatlantic flight up to modern more-electric designs. This includes R&D and support 3,000 psi Skydrol for commercial systems and for 5,000 psi aircraft.

Proven pedigree of success

While the industry has been moving away from conventional hydraulics to a decentralized architecture that’s more-electric, we’ve always supported traditional hydraulics. Back to beginning of the 737 and 747 now up to the newest 787 and A220. Additionally we’re strong in supporting business jet and regional aircraft. 

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Unrivaled insight

Working with Parker other divisions, we provide decades of expertise for aircraft systems, components, and aftermarket support. We leverage the entire suite of Parker Aerospace capabilities across our technology expertise. With the integration of Parker Meggitt, we bring further advancements to our next-generation technologies that result in lighter and more effective aircraft for the future of sustainable aviation. 

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Complex Tube and Hose Assemblies

Available in a variety of material options and pressure/temperature combinations, Stratoflex’s metal tube and flexible hose assemblies offer design flexibility with reduced weight and metal fatigue compared to standard all-metal tubing. Parker Stratoflex has one of only a few FAA qualified fire test labs in the United States, giving our engineers unparalleled access and flexibility to design and fully fire test our products to the most stringent customer and regulatory requirements.

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Featured Blog

An entrant that has found its way into the arena of light-yet-strong aerospace materials is para-aramid. Similar to material known under the brand name Kevlar®, man-made para-aramid fibers exhibit a high strength-to-weight ratio and can be formed into threads or yarns for use in any number of applications. Correct integration of the fluid conveyance within the landing gear system ensures proper performance and maximum life expectancy.