PIX ROBOBUS

A next-generation autonomous robobus designed for smart cities, campuses, and future urban mobility.

Watch Robo Bus in Action

Explore the Potential of Autonomous Mobility

PIX Robobus integrates advanced perception sensors, real-time decision-making AI, and zero-emission electric drive to support smart cities, business campuses, public transport systems, and industrial parks.

 

Advanced Capabilities of the PIX RoboBus

The PIX RoboBus is a state-of-the-art L4 autonomous shuttle developed by PIX Moving that reimagines public transport and mobility in modern cities. Designed as a compact driverless shuttle, the RoboBus is built to operate safely and efficiently on short-distance routes such as first-mile/last-mile connections, campuses, parks, and community circuits. It features a multi-sensor fusion perception system — including LiDAR, cameras, and radar — that enables it to detect obstacles, pedestrians, and road features for precise autonomous navigation in varied environments. With a modular interior that can be customised for different uses, RoboBus can serve not just as transportation but also as a mobile communal space — for example, a study lounge, micro-café, or retail pop-up on wheels — transforming travel time into productive or leisure time. The vehicle’s design supports comfortable seating for multiple passengers and offers eco-friendly, electric propulsion with a range suitable for city-scale deployment. 

key Capabilities

Autonomous Navigation & Control

AI-powered perception and navigation enable safe, driverless operation in structured and semi-structured environments.

 

Electric & Sustainable Design

Fully electric drivetrain ensures quiet, clean, and energy-efficient transportation with low operational cost.

 

Compact Urban-Friendly Design

Designed for narrow roads, campuses, and pedestrian-friendly zones with smooth and safe ride experience.

Industries & Use Cases

  • Smart Cities & Urban Mobility

  • Corporate & IT Campuses

  • Airports & Transport Hubs

  • Industrial Parks & SEZs

  • University & Hospital Campuses

Physical & Mechanical Specs

  • Drive Type: Fully Electric

  • Autonomy Level: Autonomous / Remote / Manual modes

  • Passenger Capacity: Configurable (model dependent)

  • Operating Speed: Optimized for urban environments

  • Safety Systems: Multi-sensor perception, emergency braking

  • Connectivity: IoT & cloud-based fleet monitoring

Explore the Potential of Autonomous Mobility

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