CityAirbus NextGen

CityAirbus NextGen Introduction:

CityAirbus NextGen arrives as a purpose built electric air taxi aimed squarely at the expanding urban air mobility market. Manufactured in France by Airbus and rooted in years of demonstrator testing, this 2024 model year aircraft focuses on short range metropolitan missions. And it plays in the premium advanced air mobility segment with a base price of $1,200,000 USD (€1,010,436). The aircraft uses a 560 kWh battery system and an 800 kW distributed propulsion layout to cover up to 80 km, about 50 miles. Top speed reaches 120 km/h, roughly 75 mph, keeping it optimized for dense city corridors. Noise levels remain under 65 dB in cruise, comparable to a calm urban conversation, which strengthens its appeal for zero emission urban transit.

• Developed after the Vahana and Alpha prototypes, with lift and cruise architecture for structural simplicity.
• Model year 2024 production platform targeting 2026 operational deployment.
• Base trim priced at $1,200,000 USD (€1,010,436), positioned for commercial fleet operators.
• Primary focus on 80 km urban missions with 560 kWh battery capacity and low noise operation.

What is the Price of CityAirbus NextGen in 2026?

The CityAirbus NextGen price starts at $1,200,000 USD (€1,010,436). That positions it firmly in the premium commercial eVTOL aircraft category, tailored for fleet operators and private high net worth clients seeking zero emission aerial mobility.

Each trim preserves the same distributed electric propulsion platform. The differences focus on cabin layout, mission equipment, and interior specification. Battery, range, and motor output remain constant across configurations.

Engine, Battery, and Performance Specs:

Battery & Charging Specifications

The aircraft integrates a 560 kWh battery pack, divided into four 140 kWh units. That capacity supports an 80 km flying range, around 50 miles, covering most inner city missions. DC fast charging reaches 80 percent in roughly 20 to 30 minutes, supporting rapid fleet turnaround. The architecture emphasizes redundancy, aligning with distributed electric propulsion principles for urban air mobility safety.

• Battery Capacity: 560 kWh
• Flying Range: 80 km or 50 miles
• DC Fast Charging: 20 to 30 minutes to 80 percent
• Energy System: Four independent 140 kWh modules

Electric Motor Specifications

Total power output stands at 800 kW, delivered by eight 100 kW electric motors. Six motors mount along the wing booms, while two provide forward thrust from the V tail. Such distributed electric propulsion enhances stability and fault tolerance. Even if one unit experiences failure, the craft maintains controlled flight.

• Total Power Output: 800 kW
• Motor Configuration: 8 x 100 kW
• Propulsion Type: Distributed electric propulsion
• Drive Concept: Lift and cruise architecture

Performance Specifications

Top speed reaches 120 km/h, approximately 75 mph. Maximum takeoff weight measures 2000 kg, or 4,409 pounds. Cargo capacity totals 250 kg, roughly 551 pounds, including passengers. Wing span stretches 12 meters, about 39 feet, while estimated length reaches 11.5 meters, nearly 38 feet.

• Top Speed: 120 km/h or 75 mph
• Maximum Takeoff Weight: 2000 kg
• Cargo Capacity: 250 kg
• Wingspan: 12 meters

Operational simplicity anchors the design. Pilots manage trajectory through a single stick system. And that reduces workload in tight urban corridors.

Exterior and Interior Features

Exterior Design

The airframe uses carbon fiber reinforced plastic to control weight while preserving rigidity. Eight large diameter propellers distribute lift across the structure. The negative sweep wing and V shaped tail provide aerodynamic stability during transition. Noise levels remain under 65 dB, reinforcing acceptance in metropolitan airspace. LED lighting arrays handle navigation and landing visibility.

Interior & Technology

Inside, a 1 plus 3 seating configuration maximizes cabin space. A panoramic canopy enhances visibility for both pilot and passengers. High definition touchscreens integrate navigation, weather, and energy data. 5G telemetry supports real time vertiport coordination. Sustainable materials line the cabin, tailored for high turnover air taxi service.

The layout supports comfort and operational efficiency. Visibility feels expansive. Controls feel intuitive. Urban flight becomes accessible rather than intimidating.

Pros and Cons:

Pros

• Low noise profile under 65 dB
• 800 kW distributed propulsion enhances safety
• Rapid 20 to 30 minute DC charging
• Backed by Airbus aerospace expertise

Cons

• Limited 80 km range restricts regional travel
• High acquisition cost for private buyers
• Operational use dependent on regulatory approval

Market position & Expert Data:

Urban air mobility continues to attract capital. According to Reuters, global eVTOL investments surpassed $6 billion in 2025. Airbus leverages decades of certification expertise, positioning this aircraft as a lower risk option for fleet operators.

Research from McKinsey projects urban air mobility could generate $9 billion annually by 2030. And 95 percent of projected missions fall under 100 km. That aligns closely with the 80 km capability.

Conclusion:

CityAirbus NextGen stands as a focused electric air taxi engineered for dense urban corridors. With 560 kWh capacity, 800 kW propulsion, and 120 km/h cruise speed, it prioritizes stability and operational simplicity. For fleet operators seeking low noise, zero emission vertical transport, it delivers a pragmatic solution. Backed by Airbus engineering depth, it targets reliability over experimental theatrics.