Qingdao Government Procurement Case for Foton Fengjing Service Vehicles: Analysis of Joint Procurement Model and Winning Bid Solution. In the municipal sanitation sector, procurement of service vehicles often faces challenges such as fragmented demand, inconsistent standards, and difficulty in budget control. A district in Qingdao recently completed the procurement and delivery of a batch of Foton Fengjing service vehicles through a joint procurement model—providing a replicable benchmark for similar projects. This article offers an in-depth analysis of the case from perspectives including background, technical standard formulation, tendering process, Chengli’s supply advantages, and frequently asked questions. 1. Background and Requirements of Multi-District Joint Procurement In 2025, municipal sanitation departments across Shinan District, Shibei District, Licang District, and Laoshan District in Qingdao identified multiple issues with their aging service vehicles (mostly light-duty passenger vans purchased before 2015), including high maintenance costs, non-compliance with current emission standards (some meeting only China III/IV standards), and low space utilization. To achieve unified management, reduce procurement costs, and improve vehicle utilization efficiency, these four districts jointly decided to adopt a centralized procurement approach for a batch of Foton Fengjing service vehicles—intended for sanitation inspection, equipment transportation, and emergency response. According to publicly released tender information, the total procurement budget was capped at approximately RMB 5.583 million, with a planned quantity of 30 units. The vehicles were required to meet China VI emission standards, demonstrate high reliability, and offer flexible customization options. The procuring entity was uniformly designated as “a certain municipal sanitation department,” and a third-party tender agency was commissioned to conduct centralized bidding. 2. Formulation of Unified Technical Standards Prior to tendering, the districts jointly established a technical standards drafting team. Drawing upon MIIT-announced vehicle parameters (e.g., relevant models in the Foton Fengjing series) and Chengli Special Purpose Vehicle Co., Ltd.’s product database, the team defined the following core requirements: Chassis & Powertrain: Foton Fengjing chassis equipped with a 2.0T diesel engine compliant with China VI emission standards; maximum power approx. 110 kW; peak torque approx. 330 N·m—ensuring fuel economy under urban driving conditions. Body & Interior Space: Overall body length approx. 5.3 m; wheelbase approx. 3.0 m; interior cargo volume no less than 8 m³—enabling flexible configurations as tool carriers, transport vehicles, or command vehicles. Standard Equipment: ABS, air conditioning, and rear parking sensors; optional features include in-vehicle communication systems, LED warning lights, and shelving units. After-Sales Service: Chassis covered by nationwide warranty (Foton OEM); superstructure covered by lifetime service; spare parts guaranteed delivery within 24 hours. This standardized framework harmonized requirements across districts while preserving flexibility for customization—laying a fair and competitive foundation for subsequent tendering. 3. Centralized Tender Process and Chengli’s Proposal The tender was launched in June 2025 via open tendering. Evaluation criteria included price, technical proposal, delivery schedule, and after-sales service. Chengli Special Purpose Vehicle Co., Ltd. (“Chengli”), one of China’s largest special-purpose vehicle manufacturers, partnered with Foton’s chassis supplier and submitted the following proposal: Quotation Strategy: Unit price approx. RMB 158,000 per unit (per publicly disclosed tender data); total contract value approx. RMB 4.74 million—approximately 5% below the budget ceiling. Chengli emphasized its factory-direct sales model—eliminating intermediaries—and highlighted cost savi