Parker Aerospace and Eviation Team Up on Development of Alice; the First All-electric Commuter Aircraft

By AIT News Desk On Jul 21, 2022

Parker to provide multiple system packages as Alice pursues certification

Parker Aerospace, a business segment of Parker Hannifin Corporation, the global leader in motion and control technologies, announced a partnership to further the development of electric flight. 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.

Latest Aithority Insights: AiThority.com to Attend The Character of AI – A Technology Ethics Conference (Virtual)

Reimagining regional travel, Parker Aerospace and Eviation are teaming up to develop Alice, the first all-electric commuter aircraft. This first-of-its-kind aircraft moves aviation closer to a greener, sustainable carbon-free future.

Environmentally, financially and socially sustainable, Alice heralds a new era of transporting people and goods. In addition to eliminating source carbon emissions, the world’s first all-electric commuter aircraft can accommodate nine passengers and is intended to offer reduced maintenance and operational costs for airlines while providing a smooth and quiet cabin experience for customers.

The six technology systems that Parker Aerospace will develop for the Alice aircraft will be produced across all divisions within Parker Aerospace as well as Parker’s Engineered Materials Group including Parker LORD. The work packages include:

Cockpit controls: The human interface with the flight control system, consisting of sidestick, throttle, rudder control and switching devices.
Electromechanical flap system: Featuring electromechanical actuators, electronic control units and position sensors. The system will incorporate patented eSync technology, which uses a single electronics control unit to command multiple motor-driven actuators installed along the flaps on the wing, saving space and weight.
Thermal management: Advanced water-cooling equipment for battery and electric propulsion unit heat management, as well as specialized thermal materials for the battery pack.
Hydraulic powerpacks: For steering and braking systems, these miniature hydraulic systems provide efficient power that is localized. These include reliable, proven components such as accumulators and hydraulic hose assemblies.
Vibration and noise mitigation: Engine and inverter mounts for a hushed cabin environment.
Sealing solutions: Elastomeric static and dynamic seal solutions such as a fire seal wall.

AI and ML News: AI: Continuing the Chase for Brain-Level Efficiency

“Parker is a trusted supplier within the industry, and their solutions will enable us to bring the best all-electric aircraft into the market,” said Gregory Davis, president of Eviation. “Like Eviation, Parker has a strong commitment to customer success, and together we will help the industry chart the path forward to all-electric flight.”

“Parker Aerospace is committed to doing its part in working toward net zero carbon emissions,” said Austin Major, group vice president, business development and global support for Parker Aerospace. “By collaborating with Eviation on the development of Alice, we’re able to take part in shaping the future of sustainable aviation. This significant opportunity marks an important step in the execution of Parker Aersospace’s electrification strategy which will improve motion control efficiency while helping customers achieve their environmental objectives.”

[To share your insights with us, please write to sghosh@martechseries.com]