Luoyang’s Government Procurement Case for Ford New Generation V348 Service Vehicles: In-depth Analysis of Chassis Selection and Winning Bid Proposal In a 2025 municipal sanitation service vehicle procurement project conducted by a district Urban Management Bureau in Luoyang City, a Ford New Generation V348 service vehicle became the centerpiece. Intended for road inspection, emergency repair, and personnel transportation, the vehicle had to deliver balanced performance across ride comfort, off-road capability, and maintenance convenience. Following an open tender process, Chengli Special Purpose Vehicle Co., Ltd. delivered five customized service vehicles based on the Ford New Generation V348 chassis. This article uses this real-world case as a starting point to conduct an in-depth analysis—covering chassis selection, payload capacity and off-road performance, and maintenance accessibility—of critical decision-making factors in government procurement. I. Chassis Selection: Comparative Analysis of Dongfeng, Sinotruk, Foton, FAW, and Ford In service vehicle procurement, the chassis is the core component. According to publicly available tender documents, several mainstream chassis options—including Dongfeng, Sinotruk, Foton, and FAW—were initially evaluated. However, the Ford New Generation V348 was ultimately selected due to its dedicated optimization for light-duty service applications. Below is a comparative analysis based on chassis data from Chengli’s technical database: Chassis Brand | Application Scenario | Gross Vehicle Weight Rating (kg) | Engine Characteristics | After-sales Service Network | Representative Model ---|---|---|---|---|--- Dongfeng | Heavy-duty sanitation (e.g., water-sprinkling trucks, garbage trucks) | 7,000–18,000 | Yuchai / Cummins engines; high torque output | Nationwide warranty coverage; dense service station network | CLW5070GSSD6 Sinotruk | Medium- to heavy-duty engineering vehicles | 12,000–25,000 | Weichai engines; high reliability | Moderate national coverage; strong presence in northern China | CLW5180GSSD6 Foton | Light-duty logistics trucks | 4,500–8,000 | Cummins / Foton engines; cost-efficient operation | Extensive urban dealership network | 5-cubic-meter water-sprinkling truck FAW | Long-haul transportation | 16,000–31,000 | Xichai engines; fuel-efficient | Dense coverage in Northeast and North China | 15-cubic-meter water-sprinkling truck Ford New Generation V348 | Light-duty service vehicles | 3,500–4,500 | Ford Duratorq 2.2T diesel engine; low noise, high ride comfort | Authorized service centers nationwide; excellent parts interchangeability | Service vehicle (this case) As shown above, chassis platforms such as Dongfeng and Sinotruk are better suited for heavy-load sanitation operations (e.g., water-sprinkling or garbage collection trucks), whereas the Ford New Generation V348 stands out for its lightweight construction, low center of gravity, and superior driving/riding experience—making it the preferred choice for service vehicles. In the Luoyang project, customer requirements—including frequent start-stop cycles within urban areas and high expectations for ride comfort—directly influenced the final chassis selection. II. Payload Capacity and Off-Road Capability: Key Performance Indicators for Urban Environments The Luoyang project required the service vehicle to carry repair tools, spare parts, and three onboard personnel, with total mass strictly controlled below 3,500 kg. The Ford New Generation V348 has a curb weight of approximately 2,500 kg and a maximum permissible gross vehicle weight of 4,200 kg—providing an effective payload capacity of up to 1,700 kg, fully meeting project requirements. Additionally, its minimum ground clearance is 170 mm, approach angle is 22°, and departure angle is 25°—ensuring superior maneuverability compared to conventional light-duty truck chassis in narrow urban streets and underground garage entrances. By comparison, if Dongfeng or Foton