Changzhou’s Government Procurement Case for Ford Transit V362 Service Vehicles: Transformation from Outdated Equipment to Efficient Operations. In municipal sanitation and road maintenance sectors, service vehicle selection directly impacts daily operational efficiency and emergency response capability. By the end of 2024, a district Urban Management Bureau in Changzhou City, Jiangsu Province faced the need to replace a batch of aging service vehicles—several light-duty passenger vans converted into inspection vehicles had been in service for over eight years, suffering from chassis deterioration, soaring maintenance costs, and non-compliance with China VI emission standards, thereby restricting their operation within urban low-emission zones. Following multiple rounds of research and tendering, the unit ultimately procured six Chengli-branded service vehicles built on the Ford Transit V362 chassis, deploying them for municipal infrastructure inspection, emergency repair, and material transportation. This article analyzes this real-world procurement case—including needs assessment, solution alignment, and delivery process—to provide reference for similar government procurements. I. Pain Points: Efficiency and Cost Challenges Caused by Aging Equipment The district Urban Management Bureau previously operated four light-duty service vehicles purchased in 2016, with the following key issues: • Non-Compliant Emissions: Vehicles met only China IV standards, prohibiting entry into core urban areas; operations were restricted to specific time windows, impairing emergency response speed. • High Maintenance Costs: Average annual maintenance cost per vehicle exceeded RMB 12,000; some spare parts were discontinued, resulting in long lead times. • Low Space Utilization: Original cargo compartment design was inefficient—tools and spare parts were haphazardly stacked, requiring repeated searching during operations and reducing work efficiency. • Poor Driver Comfort: No air conditioning system and outdated seating caused significant fatigue for drivers during summer operations, posing safety risks. These issues directly reduced routine inspection frequency by approximately 30% and extended average emergency repair response time from 45 minutes to over 70 minutes, triggering complaints from both higher-level authorities and local residents. In June 2024, the unit officially launched its service vehicle replacement procurement plan, with a budget capped at RMB 2,024,000 (including vehicle purchase tax, insurance, and registration fees, per publicly disclosed tender information), aiming to procure six multi-functional service vehicles. II. New Requirements Survey: Defining Technical Specifications and Functional Needs After finalizing the procurement plan, the unit organized technical personnel to conduct comparative evaluations of mainstream light-duty van chassis available on the market—including the Ford Transit V362, JMC Teshun, and Maxus V80. Through test drives, load-carrying tests, and interior space measurements, the Ford Transit V362 chassis was selected as the preferred platform, based on the following advantages: • Powertrain: Equipped with a 2.0T diesel engine (model DURATORQ4D20B6L), delivering a maximum output of approximately 89 kW and fully compliant with China VIb emission standards—ensuring unrestricted operation within urban low-emission zones. • Payload Capacity: Rated payload of approximately 1.2 tons, sufficient for daily transport of tools and spare parts. • Interior Layout: Overall length of 5,341 mm, wheelbase of 3,300 mm, and internal height of ~1,700 mm—enabling rational zoning for tool storage, general cargo, and crew compartments. • After-Sales Support: Nationwide Ford chassis warranty coverage and high-density service network, helping reduce long-term maintenance costs. For the upfitting bodywork, the unit specified detailed requirements: custom aluminum alloy shelving, partitioned storage compartments, emergency