Composites Use in Advanced Air Mobility
Urban air mobility (UAM), sometimes referred to as advanced air mobility (AAM), is a market that continues to evolve and mature. Aircraft of this genre are designed to perform one of two functions. One is to provide piloted or autonomous air taxi service, transporting people from point A to point B (heliport/airport-to-heliport/airport) over a distance of 25-400 kilometers, intracity or intercity. The second function is to provide autonomous cargo transport in similar environments.
Latest Advanced Air Mobility Articles
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VoltAero opens facility in France for Cassio aircraft
VoltAero inaugurates its industrial facility in Rochefort for the final assembly line for the family of Cassio electric-hybrid aircraft, to incorporate composite elements.
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Manta Aircraft, Shenyang Aviation establish AAM aircraft partnership
The focus of accelerated development is on Manta’s Ann Plus vehicle model, offering a complete carbon fiber structure and VTOL and STOL operation capabilities.
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Beta Technologies raises $300 million to fund AAM growth, commercialization
Series C capital raise will be used to propel the certification of Beta’s composites-intensive Alia CTOL, Alia VTOL and electric motors, while directly supporting ramp-up of production, delivery of aircraft and chargers.
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AAM startup Lilium to file for self-administered insolvency
Two of its principal subsidiaries will file for insolvency and apply for self-administration, follows failed loan efforts from German parliament’s Budget Committee, Bavarian government.
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Toyota invests $500 million in Joby Aviation
Toyota Motor Corp. is investing an additional $500 million to support the certification and commercial production of Joby Aviation Inc.’s eVTOL aircraft.
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Production-ready Dufour Aero2 drone undergoes hover flight
The composites-intensive VTOL platform is next expected to undergo a series of test flights in various conditions to validate its performance, safety and reliability, leading up to eventual certification.
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Latest Advanced Air Mobility News And Updates
Midnight eVTOL surpasses 400 test flights ahead of schedule
Over the last 8 months, Archer Aviation has completed a total of 402 test flights with its composites-intensive aircraft, adding to key milestones.
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DLR conducts aeroelastic vibration tests on Volocopter VoloCity
Analyzing structural resonance of the aircraft under various loads becomes a critical step in obtaining flight certification.
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Upcoming AZL project focuses on propellers, rotors for air mobility, wind energy systems
Launch of the “Propellers and Rotors” Joint Partner Project looks to the potential of composite materials and technologies for future product concepts.
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Aska A5 prototype achieves tethered unmanned flight testing
Full-scale experimental aircraft continues to successfully progress through its flight testing regimen, to be followed by conventional flight and transitioning.
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Midnight eVTOL developments to scale up, grow platform reach across U.S.
Archer Aviation has made several key announcements including additional secured equity capital, network plans in LA and updates to a contract with the U.S. Air Force.
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GKN delivers composite wing, booms for Supernal eVTOL
Key deliveries include the complete composite wing assembly in June and booms anticipated by end of July, in anticipation of upcoming flights and 2028 commercial service.
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Featured Posts
Paris Air Show 2023 highlights
The Paris Air Show, one of the largest aerospace trade shows in the world, returned for the first time since 2019 and proved that the global aviation industry industry is very much alive and kicking.
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How composites have become a necessity
Composites used to be one of many material options across industries and applications, but that's not the case anymore.
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Plant tour: Joby Aviation, Marina, Calif., U.S.
As the advanced air mobility market begins to take shape, market leader Joby Aviation works to industrialize composites manufacturing for its first-generation, composites-intensive, all-electric air taxi.
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Composites opportunities in eVTOLs
As eVTOL OEMs seek to advance program certification, production scale-up and lightweighting, AAM’s penetration into the composites market is moving on an upward trajectory.
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Composites end markets: Aerospace (2023)
With COVID in the past and passengers flying again, commercial aircraft production is ramping up. The aerocomposites supply chain is busy developing new M&P for an approaching next-generation aircraft program.
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We're going to need a lot of propeller blades
As advanced air mobility expands and annual shipsets get into the thousands, the demand for composite propeller blades is expected to skyrocket. What are the implications for the composites supply chain?
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FAQ: Advanced Air Mobility
What is urban air mobility?
- Urban air mobility (UAM), sometimes called advanced air mobility (AAM), is an emerging aerospace market. These aircraft can be piloted or autonomous, designed for cargo transport or as air taxis for transporting people intercity or intracity.
- Source: Composites end markets: Aerospace
What is an eVTOL?
Electric vertical takeoff and landing (eVTOL) aircraft are some of the first models to be developed for the urban air mobility market.
They are powered by electric propulsion (generally batteries), and are designed to take off and land vertically. These can include propeller-centric, helicopter-style aircraft as well as fixed-wing aircraft.
How are composites being used in urban air mobility?
UAM aircraft are in various stages of development. Most, if not all, are using composites to some extent for aircraft bodies, wings or other components. The focus has been on technologies that are already qualified for commercial aircraft use – such as hand layup and autoclave cure of prepreg carbon fiber/epoxy.
As progress continues, additional composite materials such as thermoplastic composites will likely become more widely used.
