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.
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Syensqo supports Vertical Aerospace VX4 industrialization plan
Advanced composite supply agreement will advance safer, cleaner and scalable electric air mobility for the VX4 eVTOL aircraft.
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HRC supports Range Aviation’s LEU100 eVTOL in advancing future low-altitude logistics
HRC completed a composite design and manufacturing project with Range Aviation, supplying materials, engineering, manufacturing support and comprehensive compliance checks.
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Archer Midnight is selected for Saudi Arabia eVTOL deployment
Together with Saudi Arabia’s The Helicopter Co. and Red Sea Global, Archer will help establish a sandbox framework to validate and accelerate AAM testing, build this mobility ecosystem.
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Volocopter to launch European eVTOL sandbox program in 2026 featuring VoloCity, VoloXPro
Program to accelerate certification and operational readiness for eVTOL and ultralight aircraft through real-world flight trials.
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Joby eVTOL moves toward final stages of certification, builds global AAM framework
Propeller blade manufacturing in Dayton facility, final stages of FAA type certification and the creation of Middle Eastern air taxis services.
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Fabrum, AMSL Aero and Stralis Aircraft successfully fill LH2 composite aviation tanks
Australian/New Zealand team makes significant step forward in the transition to zero-emission aviation.
WatchKnowledge Centers
CW’s editors are tracking the latest trends and developments in tooling, from the basics to new developments. This collection, presented by Composites One, features four recent CW stories that detail a range of tooling technologies, processes and materials.
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Explore the cutting-edge composites industry, as experts delve into the materials, tooling, and manufacturing hurdles of meeting the demands of the promising advanced air mobility (AAM) market. Join us at CW Tech Days to unlock the future of efficient composites fabrication operations.
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Latest Advanced Air Mobility News And Updates
Syensqo Cycom EP2190 epoxy prepreg has been added to NCAMP database
NCAMP documentation lowers barriers for adoption and shortens customer design timelines to enable faster commercial aerospace, defense and AAM qualification.
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Purdue, AnalySwift launch CompositesAI platform to democratize air mobility structure design
CompositesAI integrates with AnalySwift’s VABS and SwiftComp software to streamline the design, simulation and performance evaluation of composite structures — especially rotor blades, shells and panels.
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Archer wins competitive bid process to acquire Lilium’s patent portfolio
Acquisition bolsters Archer’s rapidly growing patent portfolio by adding ~300 patent assets covering current and next-gen eVTOL technologies.
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China's Aerofugia begins production of AE200-100 eVTOL aircraft
Eight-rotor piloted composite aircraft moves into prototype phase for airworthiness certification and large-scale production delivery.
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GE Aerospace, Beta partner on hybrid-electric flight advancement
The companies will co‑develop a hybrid‑electric turbogenerator for use in AAM systems, leveraging GE’s engine tech and Beta’s electric propulsion capabilities.
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Soracle to lead Archer eVTOL aircraft establishment in Osaka
Japan Airlines and Sumitomo joint venture intends to deploy Midnight as the core part of its fleet of air taxi services available in Osaka.
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Featured Posts
Paris Air Show highlights advanced materials, industry momentum
This year’s international air show offered a glimpse of the rapidly expanding future for composites in aerospace.
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Prepreg compression molding supports higher-rate propeller manufacturing
To meet increasing UAV market demands, Mejzlik Propellers has added a higher-rate compression molding line to its custom CFRP propeller capabilities.
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Composites end markets: Aviation and advanced air mobility (2025)
Despite persistent supply chain issues, markets were set for healthy growth before Trump policies and tariffs, yet long-term trends favor composites in new platforms. Meanwhile, advanced air mobility shakes out and moves forward.
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Aerospace prepregs with braided reinforcement demonstrate improved production rates, cost
A recent time study compares the layup of a wing spar using prepreg with A&P’s TX-45 continuous braided reinforcement versus traditional twill woven prepreg.
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JEC World 2025 highlights: Trends in aerospace, new space and defense
CW editor-in-chief Scott Francis discusses trends in aerospace on display at JEC World — as the composites industry awaits a new single aisle aircraft program, the industry puts continued focus on new space, defense, UAM.
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Composites reinvent aerospace, AAM and space
Celebrating National Composites Week, CW shares ways in which composites continue to make a significant impact in aerospace and space market developments.
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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.