Zhuhai Government Procurement Case for Ford Transit V362 Service Vehicles: Interpretation of Vehicle Acceptance Standards and Chengli’s Delivery Solution. In Q3 2025, a municipal sanitation department in Zhuhai procured 10 service vehicles—customized on the Ford Transit V362 chassis—via public tender for daily inspection, tool transportation, and emergency response. The project budget was capped at approximately RMB 2.839 million (approx. RMB 250,000 per unit, per publicly disclosed tender information). After multiple rounds of bidding, Chengli Special Purpose Vehicle Co., Ltd. secured the contract with robust official certification, a clear delivery plan, and comprehensive after-sales support. This article uses this case as a reference to provide procurement units with an actionable acceptance guideline—covering 10 critical inspection items upon vehicle receipt, methods for verifying MIIT technical parameters, and Chengli’s end-to-end delivery process assurance. I. Project Background and Vehicle Application Zhuhai is located along the southern coast of China and features a subtropical monsoon climate. Summers are hot and rainy, with year-round relative humidity consistently exceeding 70%, and frequent heavy rainfall during typhoon season. These conditions impose stringent requirements on chassis corrosion resistance, durability of sealing components under humid-heat conditions, and overall reliability during high-frequency rainy-season operations. These vehicles are primarily deployed by the municipal sanitation department for routine inspections, transport of small equipment, and emergency response—requiring all-weather, high-intensity operational capability. The procuring entity explicitly stipulated: the chassis must be the Ford Transit V362 (China VI emission standard); the modified sections must feature anti-corrosion coating treatment, and sealing components must be made from materials resistant to humid-heat environments; and stable engine and electrical system performance must be guaranteed—even under increased operational frequency during the rainy season. In its tender proposal, Chengli Special Purpose Vehicle addressed these requirements by offering factory-level chassis anti-corrosion upgrades, fluororubber sealing components (capable of withstanding both high temperature and high humidity), and full-vehicle waterproofing of electrical circuits—ultimately earning approval. II. Ten Mandatory Inspection Items Upon Vehicle Receipt Based on Chengli’s delivery procedures and practical acceptance experience, the following 10 critical items should be verified sequentially upon vehicle receipt to ensure compliance with tender specifications and local environmental demands: 1. Chassis Nameplate and VIN Verification: Confirm that the chassis model is the Ford Transit V362 (e.g., CLW5030XJH6 ambulance or similar service vehicle listed in official announcements); verify consistency among VIN, Certificate of Conformity, and invoice. 2. Anti-Corrosion Coating Inspection: Focus on the chassis frame, wheel arches, and weld seams—checking for application of both anti-rust primer and topcoat. In Zhuhai’s high-humidity environment, insufficient coating thickness (e.g., <80 μm) may accelerate rust formation. Chengli’s standard practice involves dual-layer spraying, achieving a minimum thickness of ≥100 μm. 3. Sealing Component Durability Test: Inspect rubber door seals, rear door gaskets, and side window weatherstripping for integrity—no cracking or aging signs. Conduct simulated water-spray tests to verify absence of leakage. Fluororubber-sealed vehicles offer operating temperature ranges from −40°C to +200°C—ideal for humid-heat conditions. 4. Electrical System Waterproofing: Verify use of waterproof connectors for wiring harness junctions; inspect for exposed wiring in the engine compartment and beneath the cab floor. During rainy-season operation, inadequate waterproofing (e.g., IPX4 rating or lower) increases risk of short ci