Chongqing Government Procurement Case of Ford New Generation V348 Service Vehicle: Efficiency Improvement and Winning Bid Solution Analysis. In municipal sanitation vehicle procurement, service vehicles serve as core mobile support and emergency response equipment—their performance directly impacts operational efficiency and operating costs. Recently, the Urban Management Bureau of a district in Chongqing procured five units of the Ford New Generation V348 service vehicles for routine inspection of sanitation equipment and emergency response within its jurisdiction. This article provides an in-depth analysis of this case—from efficiency gains and cost optimization to key solution highlights—to serve as a reference for similar procurement projects. I. Procurement Background and Pain Points The district’s sanitation department previously relied on ordinary panel vans retrofitted as service vehicles, suffering from limited cargo space, poor sealing, and short maintenance intervals. Particularly under Chongqing’s climatic conditions—hot, humid summers with frequent rainfall and cold, damp winters—the vehicle chassis and sealing components were prone to corrosion and premature aging, resulting in an annual failure rate exceeding 15%, severely disrupting operational continuity. At the end of 2025, the department launched a new procurement round, with a budget capped at approximately RMB 457,000 (based on publicly available tender information), requiring vehicles with high reliability, low operating costs, and durability suited to hot-humid environments. II. Pre- and Post-Deployment Performance Comparison The procured Ford New Generation V348 service vehicles (chassis based on the JMC Fullback V348 platform, upfit by Chengli Special Purpose Vehicle Co., Ltd.) were officially delivered in March 2026. Below is a six-month comparative performance analysis before and after deployment: Indicator | Legacy Vehicles (Q4 2025 Average) | Chengli-Upfitted V348 (Q2 2026 Average) | Improvement Rate Daily Operational Tasks (trips/day) | 4.2 | 6.8 | +61.9% Avg. Time per Task (hours) | 3.5 | 2.1 | −40% Monthly Downtime Due to Failures (hours) | 18.7 | 3.2 | −82.9% Staffing Requirement (persons/vehicle) | 3 | 2 | 33% Optimization Monthly Operating Cost (RMB 10,000/vehicle) | 1.2 | 0.7 | −41.7% Note: Data sourced from internal departmental statistics (anonymized). Specific monetary values are estimated according to local procurement conventions. III. Key Drivers of Efficiency Improvement 1. 61.9% Increase in Daily Operational Tasks Legacy vehicles suffered from inefficient interior layout, necessitating multiple return trips to retrieve spare parts; poor sealing also led to frequent rain-related service interruptions. The Chengli-upfitted V348 service vehicle features a modular shelving system enabling categorized storage of commonly used tools and spare parts—reducing retrieval time by 50%. Its chassis is equipped with the Fullback V348’s 2.2T diesel engine and 6-speed manual transmission, delivering rapid power response and increasing average speed on mountainous roads by ~20%. 2. 33% Reduction in Staffing Requirement Legacy vehicles required three personnel per unit: driver, mechanic, and assistant. The new vehicle integrates an electric winch, hydraulic lifting platform, and intelligent diagnostic system—enabling one operator to complete 80% of routine tasks independently. For example, the electric winch facilitates towing of disabled vehicles without additional manpower. This design draws upon Chengli’s modular engineering approach applied in products such as the CLW5070GSSD6 water-sprinkling truck, emphasizing multi-functional capability per operator. IV. Details Behind Operating Cost Reduction 1. Reduced Fuel and Maintenance Costs The new vehicle achieves approx. 8.5 L/100 km fuel consumption—22% lower than legacy vehicles. Chengli has equipped the vehicle with