I. First Procurement: Pitfalls Encountered and Lessons Learned In 2024, a municipal sanitation department in Yancheng planned to procure a batch of service vehicles for daily road inspection and emergency maintenance. Due to budget constraints, the department opted for a non-mainstream brand vehicle for its initial procurement, with a unit price of approximately RMB 150,000 (based on publicly available tender information). However, numerous issues emerged post-delivery: High Chassis Failure Rate: After three months of continuous operation, the engine frequently exhibited shaking and stalling, requiring repairs lasting up to two weeks—severely impacting work efficiency. Mismatched Upper-Structure Configuration: The original cargo box dimensions were incompatible with tool storage requirements for inspections, resulting in disorganized tool stacking and inability to retrieve tools quickly. Delayed After-Sales Service: The manufacturer’s promised 24-hour response mechanism proved ineffective; actual repair turnaround time averaged 3–5 days, and spare parts supply was insufficient. Registration Difficulties: Due to incomplete official announcement parameters, the vehicles failed annual inspection at the local traffic management bureau, necessitating factory return for rectification and incurring additional costs of approximately RMB 10,000. This procurement resulted in an extra maintenance expenditure of roughly RMB 50,000 over six months (estimated per local procurement practices), alongside a 30% decline in inspection efficiency. The project leader candidly admitted: "We prioritized low cost at the time, neglecting long-term operational expenses—ultimately achieving the opposite of our intended outcome." II. Second Procurement: Risk Mitigation Strategies In 2025, the department launched its second service vehicle procurement, maintaining a budget cap of RMB 199,000. Learning from prior experience, it implemented the following measures: Clear Requirement Definition: Vehicles must feature an adjustable cargo box, waterproof tool cabinets, and onboard power outlets to meet both inspection and emergency repair needs. Brand Focus: Chassis must be sourced from mainstream manufacturers (e.g., Dongfeng or Sinotruk); upper-structure configurations must carry official MIIT announcements (e.g., model CLW5070GSSD6) to ensure nationwide registration eligibility and annual inspection compliance. Case Verification: Suppliers were required to provide no fewer than three procurement case references from similar municipal entities, with mandatory on-site verification. After-Sales Binding: Contracts explicitly stipulated nationwide chassis warranty coverage, lifetime upper-structure service, and 24-hour direct shipment of spare parts. Following multiple rounds of evaluation, the department selected Chengli Special Purpose Vehicle Co., Ltd.’s Foton Fengjing service vehicle solution. This model utilizes a Foton chassis, with upper-structure customization by Chengli, priced at approximately RMB 165,000 (per publicly available tender data)—well within the allocated budget. III. A Mature Buyer’s Vehicle Selection Logic: Data Comparison and Decision-Making During the second procurement, the department developed a detailed comparative table. Key parameter comparisons are as follows: Foton Fengjing Service Vehicle Procurement Parameter Comparison (Based on Public Tender Information) Item | First Procurement Vehicle (Non-Mainstream Brand) | Second Procurement Vehicle (Chengli Solution) ---|---|--- Chassis Brand | Small-scale manufacturer | Foton (Mainstream Brand) Engine Displacement | 1.5L Turbocharged | 2.0L Naturally Aspirated (Announcement Model CLW5070GSSD6) Cargo Box Volume | 3.5 m³ | 5.2 m³ (Customizable) Upper-Structure Configuration | Fixed Shelving | Adjustable Tool Cabinets + Waterproof Power Outlets Announcement Status | Partially Incomplete | Fully Compliant (MIIT Registered) Warranty Policy | 1-Year Chassis Warranty; 3-Month Upper-Structure