Urban Air Mobility Now

PwC’s latest global advanced air mobility (AAM) outlook sizes the market at USD 87.8B by 2034. It also notes that North America is at 36.5% of global share.

In the US, the Department of Transportation’s Advanced Air Mobility National Strategy sets a federal policy horizon for 2026-2036. This positions AAM as a coordinated national effort across agencies and industry (a timing anchor on why 2026-2030 is the implementation window).

Key Signals Shaping Urban Air Mobility

As of 2025, PwC counts 1100+ eVTOL aircraft concepts developed by 450+ companies worldwide. This signals both rapid experimentation and likely consolidation pressure as certification, unit economics, and safety cases converge.

On the regulatory side, the FAA’s powered-lift action is a structural unlock for commercialization. The agency describes its powered-lift pilot certification and operations final rule as the first new aircraft category since helicopters were introduced in the 1940s. This move formalizes operational pathways for aircraft that fly like helicopters on takeoff/landing.

WIPO reports that global urban air mobility patent family publications increased from 67 (2014) to 379 (2023), and that the US leads inventor activity with 988 patent family publications.

Dubai’s Road and Transport Authority (RTA) documents that early aerial taxi operations are planned around four initial access points – near Dubai International Airport, Downtown, Dubai Marina, and Palm Jumeirah.

This is an example of how UAM networks are being defined as a small set of high-throughput nodes rather than citywide coverage in the first rollout phase.

Joby’s Dubai launch plan provides an operator-side commercialization milestone. Joby signed a definitive agreement with Dubai’s RTA to launch an air taxi service by early 2026, while also targeting initial operations as early as 2025.

 

 

The urban mobility market is expected to reach USD 23.47 billion in 2030, at a CAGR of 31.2% between 2024 and 2030. Also, the market is projected to reach USD 41.48 billion by 2035 at a CAGR of 12.1% from 2030 to 2035.

According to our database, the urban air mobility sector includes 679 companies, of which 208 are startups. The sector records a 7.56% yearly growth rate and indicates consistent market entry and scale-up activity as cities advance aerial transportation strategies.

 

 

Startup Examples: Where is Funding Going

Skycruze manufactures Cargo and Passenger UAM Drones

Skycruze is an Indian startup that designs cargo and passenger urban air mobility aircraft. It creates the Skycruze Vayu cargo drone using high-speed brushless direct current (BLDC) motors and integrated autonomous and manual flight control systems.

Encrypted communication and anti-spoofing security support long-range, high-altitude logistics operations with payloads up to 50 kilograms and speeds of 100 kilometers per hour.

In parallel, the startup creates the Stratos Viper-6 electric vertical takeoff and landing (eVTOL) passenger drone for urban air mobility operations.

It employs autonomous flight systems and electric propulsion to operate city routes at speeds up to 200 kilometers per hour with seating for up to eight passengers.

ATAM Technology develops Unmanned Traffic Management for UAM

ATAM Technology is a Turkish startup that manufactures unmanned traffic management platforms and autonomous aerial systems for urban air mobility operations.

The startup integrates the FIXAR 007 fully autonomous vertical take-off and landing (VTOL) fixed-wing aircraft with an unmanned traffic management (UTM) software platform. FIXAR 007 manages mission planning, flight authorization, real-time tracking, and airspace deconfliction for unmanned aircraft.

Moreover, the startup employs AI and machine learning (ML) models to optimize flight routes, coordinate autonomous operations, and support continuous airspace monitoring in urban environments.

Additionally, it deploys web-based dashboards and mobile applications that connect operators, unmanned aircraft, and aviation authorities within a single operational framework.

Syncretise deploys Advanced Passive Radar Solutions for Airspace Security

Syncretise is an Italian startup that deploys passive radar detection systems for airspace security in urban air mobility environments.

It specializes in passive radar signal processing by capturing and analyzing ambient radio frequency emissions from existing broadcast sources. This approach detects, tracks, and classifies aerial objects without emitting electromagnetic waves.

The startup employs the PRIMUS system to maintain reliable performance in all weather and visibility conditions and also tracks autonomous and non-cooperative drones in dense urban areas.

Apex Aerospace creates Drones for Urban Transport

UK-based startup Apex Aerospace manufactures autonomous electric vertical takeoff and landing (eVTOL) aircraft for urban air mobility applications.

It employs AI-driven navigation systems that process real-time flight and sensor data to enable autonomous routing, obstacle avoidance, and decision-making in complex urban airspace.

The startup integrates energy-dense solid-state battery systems with modular architectures to extend flight range, reduce structural weight, and improve operational safety.

It also deploys active noise cancellation technologies within rotor and cabin designs to minimize acoustic impact and support routine urban operations.

Additionally, the startup enables efficient vertical takeoff and fixed-wing-style cruise by developing adaptive wing and rotor systems that adjust during flight.

Aircity operates Urban AI Infrastructure

Hong Kong-based startup Aircity offers digital twin infrastructure and spatial intelligence platforms for urban air mobility operations.

The startup models buildings, transport hubs, and surrounding urban environments using continuously synchronized three-dimensional systems. These systems ingest real-time data from government sources, Internet of Things (IoT) sensors, and connected vehicles.

Moreover, the startup enables autonomous navigation by integrating high-fidelity pedestrian networks with indoor-outdoor mapping frameworks.

It further supports coordinated aerial-ground operations through real-time telemetry and queryable application programming interfaces.

Also, the startup deploys AI-driven geographic information systems that support natural language queries, predictive analytics, and fleet coordination across dense urban areas.

Technology and Operations Trends Reshaping UAM

Innovation remains active, with 233 patents filed across propulsion systems, autonomous flight control, air traffic management, and battery technologies.

Discover the emerging trends in the urban air mobility market along with their firmographic details:

 

 

Distributed Electric Propulsion enables efficient lift, redundancy, and noise reduction in eVTOL aircraft designs. The segment includes 32 identified companies and reflects a focused and highly specialized innovation landscape. These companies employ approximately 4700 professionals, with 4 new employees added in the last year. Moreover, the domain records an annual growth rate of 4.05%.

Autonomous Aircraft support scalable operations, reduce pilot dependency, and enhance flight safety. The segment comprises 1700 companies and makes it the largest trend cluster within the sector. Together, these companies employ 85 100 professionals and added 76 new employees in the last year. With an annual growth rate of 16.80%, autonomous aircraft show growth among UAM trends, driven by advances in AI, sensor fusion, and certification pathways.

Solid-State Batteries improve safety and increase energy density for urban air mobility platforms. The segment spans 733 companies and indicates broad cross-industry participation from the energy storage, aerospace, and advanced materials sectors. These companies employ 384 100 professionals globally, with 26 new employees added in the last year. The segment posts an annual growth rate of 5.57%. It indicates gradual and consistent progress toward commercialization and integration into next-generation UAM aircraft.

Liquidity and Industrialization Funding Now Matter More Than Hype

Toyota announced an additional USD 500 million investment in Joby specifically to support certification and commercial production of Joby’s electric air taxi. This reinforces the pattern that late-stage UAM funding is increasingly tied to certification burn and industrialization rather than prototypes.

Archer’s balance-sheet positioning shows how leading OEMs are trying to stay funded through multi-year certification cycles. The company raised USD 301.75 million and described total liquidity at approximately USD 1 billion, with proceeds directed toward accelerating development for its planned hybrid platform.

Archer’s manufacturing plan for its Georgia site calls for a 400 000 sq ft facility and targets production capability of up to 650 aircraft annually by 2030. This is alongside disclosed equity investments by Stellantis of USD 55 million in 2023 and USD 110 million in 2024.

This is an indicator that UAM is moving into capex-heavy rate production planning rather than one-off builds.

The urban mobility industry records an average investment value of USD 149.7 million per funding round.

In total, more than 193 companies have received investment. It indicates that capital deployment spans a wide range of urban air mobility use cases, from eVTOL aircraft and autonomy systems to air traffic management and supporting ground infrastructure.

The top investors committed a combined value of more than USD 35.4 billion. Here is a breakdown of their contribution:

 

 

Citi provided a USD 50 million loan to Embraer’s Eve eVTOL division to support aircraft development. Boeing also invested USD 450 million in Wisk Aero to advance autonomous eVTOL air mobility. Additionally, Mizuho Bank partnered with everiwa and Panasonic to develop EV charging payment systems.

Data Coverage and Limitations

This urban air mobility outlook is built from proprietary signals in the StartUs Insights Discovery Platform, covering 9M+ companies, 25K+ technologies and trends, and 190M+ patents, news articles, and market reports. It analyses eVTOL airframes and distributed propulsion, energy storage, and charging interfaces, autonomy/avionics, and more.

To keep the market view execution-grade, we anchor proprietary ecosystem signals against the external constraints that actually govern scale. For instance, PwC projects the global advanced air mobility market to reach UAS 87.8B by 2034, but that upside depends on how quickly stakeholders industrialize certification, infrastructure, and operating approvals.