Parker Aerospace at Farnborough Air Show 2022
The world's leading aircraft manufacturers choose Parker Aerospace as a technology partner, relying on our mastery of systems and components that are critical for flight.
Below you will find our news for Farnborough International Air Show 2022 in one place as content is released.
Check back for updates throughout the event as news is released!
News
Eviation Aircraft has engaged Parker Aerospace to develop six technology system packages for Alice, the first-of-its-kind all-electric commuter aircraft. The two industry leaders are now entering the design phase for the production and certification phase of Alice that will reimagine regional travel. Read more
Weaving together digital engineering and technology, Parker Aerospace today announced collaboration with Lockheed Martin and DUST Identity. The alliance implements DUST technology to connect Parker Aerospace products with Lockheed Martin aircraft to track parts from build to delivery and maintenance. The collaboration optimizes Parker Aerospace product traceability and supply chain security as proven by Parker’s ... Read more
Parker Aerospace announced an agreement with the Defense Logistics Agency and the U.S. Air Force for a five-year performance-based logistics (PBL) contract covering hydraulic equipment across five key Air Force platforms. Under the sustainment agreement, Parker Aerospace will provide supply chain, engineering and field service support ... Read more
The Sikorsky-Boeing team has selected multiple Parker technologies for the DEFIANT X® entrant in the Future Long-Range Assault Aircraft (FLRAA) competition that include main hydraulic pumps, auxiliary pumps, flight control modules, main rotor servoactuators (MRS) and the hydraulic tail actuation system (HTAS). Read more
Blogs
While the use of composite materials for aviation applications is common, the technology is finding its way into many components. As the composite technology advances, expanded capabilities are making more practical applications possible. The Gas Turbine Fuel Systems division (GTFSD) of Parker Aerospace is readying a new application for the weight-saving materials: engine oil, coolant and transmission reservoirs. Read more
Legacy aircraft builders and startups are bringing a new era of aviation featuring electrical advanced air mobility (AAM) aircraft. Manufacturers of these new platforms face innumerable challenges, chief among them are two old and familiar foes: weight and heat. Read more
Aircraft electrification eliminates carbon emissions at the source and is one pathway to sustainable aviation with net-zero carbon emission aircraft. Advanced Air Mobility efforts include development of electric power for vertical takeoff and landing aircraft (eVTOL), as well as electric conventional takeoff and landing (eCTOL) solutions. Read more
Aerospace utility actuators have been in use for decades, and these unsung lifters, pushers, openers and closers may well be the most underappreciated components on both commercial and military aircraft. Utility actuators provide motion control for a range of applications Read more
Aerospace hydraulic systems have been undergoing an evolution of system architecture and features to better power and support aircraft operators. More-electric aircraft (MEA) is a widely known recent trend and hydraulic powerpacks are a means toward more electrification. Read more
Fuel is the second largest operational cost component for airlines, exceeded only by labor expenditures, according to the International Air Transport Association (IATA). The environmental impact of carbon emissions will continue to be an area of focus for aviation. To help surmount these challenges, Parker Aerospace is conducting its own independent research and development efforts to reduce weight and energy loss ... Read more
In the fast-moving aviation industry, prime aircraft manufacturers rely on innovation, speed-to-market and low operational costs to satisfy the demands of their customers. Primes in turn look to their suppliers to understand their needs and adapt their operations to meet ever-increasing quality, cost and delivery requirements. Read more
High-lift systems are aircraft wing mechanisms that vary the amount of lift and drag created by a wing (using flaps) and change the shape of the wing to make it more resistant to stalling (using slats), usually during takeoff and landing. When the flaps extend, the surface area of the wing becomes greater, leading to increased lift and drag. Read more
Aircraft manufacturers face numerous design and manufacturing challenges that are amplified due to the level of perfection and precision required in their safety-critical industry. Every component of a new aircraft design must be approved by aviation safety agencies such as the Federal Aviation Administration (FAA) ... Read more
Aircraft manufacturers are continually striving to reduce weight and cost while increasing safety and reliability. Aircraft flight controls, the systems by which pilots control the forces of flight and an aircraft’s direction and attitude, have undergone a long evolution. Read more
Parker Aerospace is a global leader in the research, design, integration, manufacture, certification and lifetime service for aerospace systems including:
- Flight control actuation
- Hydraulics
- Fuel and inerting
- Fluid conveyance
- Ducting
- Exhaust air management
- Thermal management
- Lubrication
- Pneumatics
We support the world's aircraft and aeroengine manufacturers, providing a century of experience and innovation for commercial and military aircraft. As an operating group of Parker Hannifin Corporation, the world leader in motion and control technologies, Parker Aerospace has the engineering muscle and stable foundation to truly move our customers' programs forward while increasing their productivity and profitability.
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