The Foton Xiangling Q Fuel Mini Truck is a compact light-duty commercial vehicle designed for efficient urban and rural logistics. Powered by a reliable fuel engine, it delivers stable performance, good fuel economy, and low maintenance costs, making it suitable for daily commercial transport operations.
Key Features
Vehicle Type: FORLAND Xiangling Q light-duty micro truck (split-type / integrated cab)
Powertrain: Dongan DAM16NS 1.6L gasoline engine
Emission Standard: China VI-b
Cab Width: 1700 mm wide-body cab
Seating Capacity: Single cab (2 seats) / Double cab (5 seats)
Drive Type: Front-engine, rear-wheel drive (4×2)
Overall Height: ≤ 2.0 m (fully compatible with underground parking access)
II. Powertrain System (Dual Engine Options)
Option 1: Liuji 1.3L Entry Version (China VI-b)
Engine Model: Liuji LJ474Q9 Displacement: 1299 mL Maximum Power: 67 kW / 91 HP Maximum Torque: 125 N·m Transmission: 5-speed manual Fuel Tank Capacity: 45 L Combined Fuel Consumption: 6.9 L/100 km Warranty: 5 years / 200,000 km
Option 2: Dongan 1.6L High-Performance Version (China VI-b)
Engine Model: Dongan DAM16NS Displacement: 1599 mL Maximum Power: 88 kW / 120 HP Maximum Torque: 180 N·m Transmission: 5-speed manual Fuel Tank Capacity: 45 L Combined Fuel Consumption: 7.5 L/100 km Warranty: 5 years / 200,000 km
III. Chassis & Load-Bearing System
Rear Axle Model: 102 heavy-duty rear axle Rear Axle Ratio: 4.778 Suspension System: Front MacPherson independent suspension + rear leaf spring suspension Tire Specification: 175/75R14 LT steel-belted tires Wheelbase: 3080 mm / 3300 mm Gross Vehicle Weight: 3060 kg (blue-plate compliant) Rated Payload: 0.95–1.495 tons Frame Structure: Reinforced straight-through ladder frame with anti-corrosion electrophoresis coating
IV. Standard Equipment
Safety & Control Features
Electronic hydraulic power steering Clutch booster system ABS anti-lock braking system Adjustable headlight height Dual-lens side mirrors
Convenience Features
Heating & cooling air conditioning Power windows Central locking system Remote key
Applications
The FORLAND Xiangling Q is a compact urban logistics micro truck designed for low-height access, high maneuverability, and efficient city delivery operations. With a ≤2.0 m overall height, it can easily enter underground parking facilities, making it highly suitable for dense urban environments. Powered by either a fuel-efficient 1.3L or a high-performance 1.6L engine, it offers a balance of economy and power. Combined with a reinforced chassis, modern cabin configuration, and comprehensive safety systems, it delivers a practical, comfortable, and cost-effective solution for last-mile delivery and urban freight transport.
Customization Service
OEM and ODM customization service is available for matching product configuration, branding, and project requirements.
Used in express delivery, e-commerce logistics, and retail distribution. Compact size and flexible handling make it suitable for dense city operations and frequent stops.
Applied in food, beverage, and pharmaceutical logistics. Refrigerated systems ensure stable temperature control for short- and medium-distance transport.
Applied in food, beverage, and pharmaceutical logistics. Refrigerated systems ensure stable temperature control for short- and medium-distance transport.
Suitable for grains, fruits, vegetables, and fertilizers. Reliable performance on rural and unpaved roads ensures stable farm-to-market transport.
Supports warehouse-to-customer delivery. High efficiency and fast turnover make it ideal for parcel and retail supply chains.
Used in city maintenance, waste collection, and utility transport. Durable structure ensures stable daily urban operation.
Designed for logistics companies and large fleets. Standardized configuration helps reduce operating and maintenance complexity.
Applied in urban low-emission zones and green logistics projects. Electric models support sustainable and policy-driven transport needs.
We will recommend suitable Foton Era vehicle models, configurations, shipping solutions and dealer cooperation terms.
