Urban Taxi AI exterior
Urban Taxi AI

Intelligent urban mobility solution

Urban Taxi AI is designed for modern urban transport, autonomous or assisted operation and controlled scenarios such as urban areas, campuses, industrial parks, tourist centers or smart city projects.

Urban Taxi AI combines futuristic electric design, Drive-by-Wire platform, cloud monitoring, smart mobility functions and configurable autonomous technologies depending on project, infrastructure and regulations.
Drive-by-Wire Cloud Smart Mobility L4 Ready
Interior experience

Interior comfort and premium onboard experience

Urban Taxi AI is designed to provide a comfortable, safe and modern urban transport experience. The interior can include practical passenger features, ergonomic seating, digital interaction and a friendly atmosphere for urban mobility, campuses, tourist areas or smart city projects.

Passenger comfort Digital screen Safety equipment Premium interior
Urban Taxi AI interior
Technical parameters

Basic technical specifications

The values below are based on the supplied technical material and may vary depending on configuration, operating scenario, selected options and availability.

Maximum speed 30 km/h Controlled urban mobility
Passenger capacity 6 people Urban shuttle / taxi format
Range 70–100 km Depending on usage scenario
Battery capacity 31.3 kWh 307V Lithium Iron Phosphate
Dimensions 3820 × 1862 × 2268 mm Compact urban body
Wheelbase 3020 mm Stable platform geometry
Turning radius ≤ 4.5 m Maneuverability in urban spaces
Maximum climbing grade 20% Depending on load and conditions
Curb weight 1890 kg Vehicle base weight
Maximum load 510 kg Payload capacity
Drive system Four-wheel independent drive Four-wheel Distributed Independent Drive
Charging 0.5 h / 6 h Depending on charging scenario
Additional parameters include Independent Double-Wishbone Suspension, Separate Frame Construction Body, Hydraulic Brake + Electronic Brake and Permanent Magnet Motor. Final configuration depends on the selected project, infrastructure and operating requirements.