01
Drive-by-Wire chassis
Electronic control platform for modern operation, stability and integration with intelligent mobility systems.
Urban Taxi AI
Smart urban mobility solution, developed for modern, autonomous or assisted transport in 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 autonomous technologies configurable according to the project, infrastructure and regulations.
Interior comfort and premium on-board experience
Urban Taxi AI is designed to offer a comfortable, safe, and modern urban transportation experience. The interior focuses on space, visually appealing materials, ergonomic seating, and a friendly atmosphere for passengers, making it suitable for urban mobility, campuses, tourist areas, or smart city projects.
Urban Taxi AI
Technology for intelligent urban mobility
Urban Taxi AI integrates electronic control, cloud connectivity, smart mobility functions and configurable autonomous technologies for controlled scenarios.
02
Four-wheel steering
Improved maneuverability in urban spaces, short routes, crowded areas and applications with reduced turning radius.
03
Cloud platform
Vehicle monitoring, operational status and software or firmware updates, depending on the project configuration.
04
Safety redundancy
Redundant systems for stable operation, increased safety and continuity in defined scenarios.
05
Smart Mobility
Digital functions for route monitoring, intelligent interaction, ride management and mobility services.
06
L4 autonomous technologies
L4 autonomous technologies for controlled scenarios, depending on model, infrastructure and regulations.
Interior
Interior comfort and standard configuration
Urban Taxi AI is designed for a comfortable, safe and modern mobility experience. The interior can include standard features for passengers, safety and digital interaction.
Reading lights
Dedicated lighting for passenger comfort.
Interactive screen
Digital interface for information and interaction.
Multimedia display
Content display, route information or digital experiences.
Seat belts
Passenger safety equipment during travel.
Safety hammer
Safety element for emergency situations.
Ambient lighting
Optional feature for a premium onboard experience.
Technical parameters
Basic technical specifications
The data below is extracted from the supplied technical material and may vary depending on configuration, operating scenario and availability.
Chassis platform
Distributed Drive-by-Wire Chassis Platform
Maximum speed
30 km/h
Passenger capacity
6 people
Range
70–100 km
Maximum climbing grade
20%
Dimensions
3820 × 1862 × 2268 mm
Wheelbase
3020 mm
Front / rear track
1620 / 1620 mm
Curb weight
1890 kg
Maximum load
510 kg
Minimum ground clearance
140 mm
Minimum turning radius
≤ 4.5 m
Suspension
Independent Double-Wishbone Suspension
Body structure
Separate Frame Construction Body
Battery type
307V Lithium Iron Phosphate
Battery capacity
31.3 kWh
Braking system
Hydraulic Brake + Electronic Brake
Drive system
Four-wheel Distributed Independent Drive
Traction motor
Permanent Magnet Motor
Charging
approx. 0.5 h / 6 h, depending on charging scenario
Autonomous software
Software architecture for autonomous driving
Urban Taxi AI can integrate a dedicated software architecture for autonomous mobility, bringing perception, planning, control and the vehicle interface into a unified system.
High-precision positioning for orientation and navigation in controlled scenarios.
Route planning for optimized movement and efficient operation.
Redundant perception for interpreting the operating environment.
Obstacle avoidance and preventive warning functions.
Emergency braking for critical safety scenarios.
Cloud schedule system
Cloud monitoring and operational supervision
The solution can include a cloud system for vehicle data monitoring and real-time operational supervision. This system allows collection and analysis of information generated by cameras, sensors and the vehicle platform.
Data monitoring in real time.
Vehicle status and operational information.
Human supervision for additional control and safety.
Navigation
High-precision map and multi-positioning
Urban Taxi AI can use advanced mapping and positioning technologies for safer and more accurate navigation. High-precision maps and multi-positioning systems contribute to vehicle orientation, environment detection and stable operation.
High-Precision Map
Support for high-accuracy navigation in defined scenarios.
Multi-Positioning
Advanced positioning for open and semi-controlled spaces.
Assisted operation
Supports autonomous or assisted driving depending on infrastructure.
Offer request
Request an offer for Urban Taxi AI
Complete the form and the SmartBridgeIT team can prepare an offer adapted to your project. The final configuration may vary depending on use case, operating scenario, range, smart features, automation level and availability.
Selected solution: Urban Taxi AI