Report Highlights

U.S.'s Role in the Global Urban Air Mobility Supply Chain

The United States occupies the dual role of primary technology originator and the world's largest near-term commercial deployment market for urban air mobility. American firms hold the majority of type certification applications filed with the FAA, with Joby Aviation, Archer Aviation, and Wisk Aero collectively representing over USD 6 billion in disclosed private and public investment. The U.S. is not a raw materials producer for this sector — it imports lithium, cobalt, and rare earth elements from the Democratic Republic of Congo, Australia, and China — but it commands the highest-value nodes: vehicle design, avionics software, flight control systems, and regulatory standard-setting that shapes global certification frameworks.

On the export side, U.S. UAM technology standards established by the FAA and NASA's Advanced Air Mobility mission directly influence European EASA and Asia-Pacific civil aviation authority frameworks, giving American original equipment manufacturers a first-mover regulatory export advantage. United Airlines has pre-ordered 200 Archer Midnight aircraft, while Delta Air Lines holds options on Joby Aviation's platform, anchoring domestic demand. However, the U.S. is entirely import-dependent for electric motors wound with rare earth magnets, primarily sourced from Chinese and German suppliers, creating a structural upstream vulnerability that no domestic substitute program has resolved as of 2025.

Growth Drivers for U.S. Urban Air Mobility Trade and Production

Federal investment is the primary accelerant. NASA's Advanced Air Mobility National Campaign, combined with FAA reauthorization funding directing over USD 25 million toward UAM infrastructure research, is directly subsidizing the ground infrastructure and airspace integration work that private capital cannot absorb alone. The Department of Defense's Agility Prime program has awarded Joby Aviation and Wisk Aero contracts worth over USD 130 million combined, providing non-dilutive revenue that funds certification milestones and accelerates production readiness timelines from prototype to type-certified vehicle status ahead of commercial service entry.

Airport authority investment is the second structural driver. Los Angeles World Airports committed to vertiport integration planning for LAX ahead of the 2028 Summer Olympics, while the Port Authority of New York and New Jersey has issued formal UAM infrastructure feasibility studies for JFK and Newark. These anchor-infrastructure decisions unlock private vertiport developer investment from firms like Skyports and Ferrovial, which are building U.S. networks specifically aligned to airline-affiliated UAM operators. Simultaneously, cargo drone integration by Amazon Prime Air and UPS Flight Forward in suburban logistics corridors is expanding the total addressable production volume for the domestic eVTOL manufacturing base.

Supply Chain Risks and Trade Barriers

The most acute supply chain risk is battery cell sourcing concentration. Aviation-grade lithium-ion pouch cells meeting DO-311A standards are produced by a handful of manufacturers — Panasonic, Samsung SDI, and CATL — none of which have U.S. domestic production lines qualified for aviation applications as of 2025. The Inflation Reduction Act's domestic content requirements for battery credits do not extend to aviation applications, meaning U.S. eVTOL manufacturers receive no IRA benefit to incentivize domestic cell production. This leaves the entire U.S. UAM vehicle manufacturing base exposed to Korean and Chinese export pricing, currency fluctuation, and potential export control restrictions that could emerge under a deteriorating U.S.-China trade environment.

Logistics infrastructure for component delivery presents a secondary but compounding risk. Carbon fiber composite airframe components for eVTOL fuselages are sourced from Toray and Teijin in Japan and transported via Pacific freight lanes subject to port congestion at Los Angeles and Long Beach. Lead times for composite aerostructure components have ranged from 26 to 40 weeks during post-pandemic freight disruptions. For a sector where certification schedules are legally defined and penalty-exposed, a 12-week supply delay translates directly into a certification milestone miss and investor confidence erosion, as demonstrated by Lilium's 2024 insolvency, which was partly attributable to aerostructure procurement failures.

Trade and Investment Opportunities in Urban Air Mobility

The most immediately actionable trade opportunity is vertiport infrastructure investment, where international capital has a clear entry point. Ferrovial, a Spanish infrastructure conglomerate, has already committed to building six U.S. vertiports by 2026, demonstrating that foreign direct investment in ground infrastructure faces fewer regulatory barriers than vehicle manufacturing. U.S. real estate investment trusts and airport authorities are actively seeking joint venture partners with aviation infrastructure experience, and vertiport development at secondary airports — including Burbank, Teterboro, and Oakland — offers lower land-cost entry relative to primary hub locations while serving identical operator demand for certified take-off and landing sites.

Component manufacturing localization presents the highest-return import substitution opportunity. Any supplier capable of establishing FAA-qualified electric motor or battery module production within the U.S. before 2027 captures sole-source status for a market projected to require thousands of vehicle deliveries annually by 2030. The Department of Defense's Agility Prime and the Commerce Department's CHIPS-adjacent advanced manufacturing grant programs provide non-dilutive capital for qualifying domestic production facilities. German supplier Rolls-Royce's electrical propulsion division and U.S.-based Honeywell's electric motor program are already competing for this position, and early-stage manufacturers that secure FAA Parts Manufacturer Approval by 2026 will hold a durable competitive advantage through the forecast period.

Market at a Glance

Leading Market Participants

• Joby Aviation
• Archer Aviation
• Wisk Aero
• Supernal
• Lilium
• Blade Air Mobility
• Amazon Prime Air
• Honeywell International
• Ferrovial
• United Airlines Ventures

Regulatory and Trade Policy Environment

The FAA Reauthorization Act of 2024 established a formal powered-lift certification framework under 14 CFR Part 135, resolving a four-year regulatory ambiguity that had delayed type certification applications across all major U.S. eVTOL programs. The FAA's Special Federal Aviation Regulation for powered-lift operations creates a defined operational certification pathway that aligns with EASA's Special Condition VTOL framework, enabling bilateral airworthiness agreement applicability. This regulatory convergence means that U.S.-certified vehicles can pursue European market entry under existing U.S.-EU aviation safety agreements without redundant full-type certification, creating a trade-facilitative structure that benefits U.S. manufacturers competing against European programs including Volocopter and Vertical Aerospace.

On import policy, there are currently no Section 301 tariffs applied to eVTOL-specific components, but electric motor and battery imports from China face 25% tariffs under existing Section 301 schedules covering HTS codes applicable to electric aircraft propulsion systems. The Commerce Department has not created UAM-specific tariff exclusions, meaning U.S. manufacturers sourcing Chinese battery cells for prototype and pre-production vehicles bear full tariff exposure. Export control policy under Export Administration Regulations classifies advanced flight control software and certain avionics under EAR99 or ECCN 7E994, restricting technology transfer to specific countries and requiring export licensing for any UAM technology transfer to Chinese partners, effectively closing the U.S.-China technology exchange channel entirely.

U.S. Urban Air Mobility Supply Chain Outlook to 2032

By 2028, the U.S. UAM supply chain will bifurcate into two distinct tiers: a certified-vehicle tier dominated by Joby Aviation and Archer Aviation operating under airline affiliate agreements, and a components-and-infrastructure tier where new domestic suppliers capture import substitution value in electric motors, battery modules, and vertiport systems. The LAX-2028 Olympics deadline is functioning as a hard forcing function — Los Angeles has committed USD 300 million in infrastructure pre-investment tied to that date, which compresses the commercialization timeline regardless of broader market readiness. This creates a supply chain pull effect that will accelerate component supplier qualification timelines across the entire U.S. manufacturing base through 2027.

Beyond 2028, the competitive advantage of U.S. UAM producers shifts from certification-first-mover status to operational data and software platform superiority. Wisk Aero's autonomous flight control system, backed by Boeing's avionics infrastructure, represents the most credible path to a fully autonomous commercial UAM operation by 2032, which eliminates pilot labor cost — the single largest operating expense for manned eVTOL services. Nations and operators that license U.S. autonomous flight management software will effectively import American supply chain value embedded in software, transforming the U.S. from a vehicle exporter into a platform licensor, a higher-margin and strategically more durable position in the global UAM trade hierarchy.