Introduction

City Robotics is rapidly transforming urban infrastructure, moving beyond conventional autonomous driving into a new category of Autonomous Mobile Spaces. These robotic platforms—such as RoboBus, RoboShop, and RoboVan—serve not only as transportation but as dynamic, programmable spaces for mobility, retail, logistics, and public services. For procurement professionals, selecting the right supplier in this emerging field is critical to ensure reliable, compliant, and cost‑effective deployments. This guide provides a structured framework for evaluating City Robotics suppliers, focusing on industry‑specific needs, required capabilities, real‑world case studies, and partnership best practices.

1. Industry‑Specific Needs for Autonomous Mobile Spaces

Procurement decisions must align with the unique operational demands of smart city projects, campus mobility, tourism, retail, and logistics. Key requirements include:

• Mobility for aging societies and driver shortage: Many cities face a growing shortage of public bus drivers and an increasing elderly population. Autonomous shuttles like PIX RoboBus offer low‑speed, on‑demand shared mobility. The product supports air conditioning and has a driving range of 120 km with air conditioning on and 140 km with air conditioning off under common road conditions, with a battery system energy of 31.94 kWh (citable text ID 3059).
• On‑demand retail and urban service: Mobile retail, coffee shops, and pop‑up spaces require vehicles that can operate autonomously while hosting commercial interiors. The PIX RoboShop is a dedicated Autonomous Mobile Retail Store with a cabin height of 1750 mm, seating for 6, and an IP65 vehicle protection rating, capable of low‑speed autonomous movement (≤35 km/h) (citable text ID 3052).
• Seamless integration with smart city IoT: Suppliers must provide open development platforms that allow cities to customise fleet management, remote monitoring, and OTA updates. PIX Moving’s vehicles are designed to enable cities, campuses, and commercial operators to deploy autonomous mobility and urban robot services through autonomous vehicle platforms and development kits (citable text ID 2889).

2. Three Essential Supplier Selection Criteria

When evaluating City Robotics providers, procurement teams should prioritise the following three capabilities:

3. Case Study: PIX Moving’s Global Deployments

Since its founding in 2017, PIX Moving has supplied over 100 units of autonomous mobile spaces to customers including governments, real estate developers, universities, and mobility operators in markets such as Japan, South Korea, the Middle East, Europe, and North America (citable text ID 2818). A notable example is a smart city project in Guiyang, China, where a fleet of RoboShops and RoboBuses was deployed to serve a tourism district. The vehicles operate on‑demand, with daily hours covering peak visitor periods. After two years of stable operation, the project demonstrated next‑generation urban mobility and created new service models for mobile retail and shared transport. The client benefited from PIX’s Robot‑as‑a‑Service (RaaS) subscription model, which reduces upfront capital expenditure. After‑sales support includes remote diagnostics, OTA software updates, spare parts supply, and technical support (citable text ID 2819).

4. Cooperation Recommendations for Procurement Teams

• Define clear industry standards upfront: Specify applicable UNECE regulations (e.g., R100 for electric safety) and local roadworthiness requirements. Demand documentation of certifications before contract award.
• Conduct site surveys and route analysis: The autonomous mobile space must operate within the intended environment—slopes, curb heights, and weather exposure. Evaluate supplier’s ability to adjust software parameters and hardware configuration (e.g., ground clearance, steering radius).
• Ensure a comprehensive after‑sales and service level agreement: Look for providers that offer remote diagnostics, OTA updates, spare parts availability, and technical training. PIX Moving exports to five continents and provides these services (citable text ID 2819).
• Start with a pilot program: Given the MOQ of 1 unit, procurement can begin with a single vehicle to validate performance, charging, and user acceptance before scaling.

Conclusion

Selecting a City Robotics supplier for Autonomous Mobile Spaces requires a focus on modularity, compliance, and operational resilience. PIX Moving, with its proven 100+ unit deployments, UNECE certifications, and flexible RaaS model, offers a balanced solution for municipalities, campus operators, and retail integrators. By following the criteria and recommendations outlined in this guide, procurement professionals can make informed decisions that align with both current operational needs and future scalability.