ISUZU 20 CBM Fuel Dispensing Tanker Truck

ISUZU 20 CBM Fuel Dispensing Tanker Truck

The ISUZU 20 CBM Fuel Dispensing Tanker Truck is a heavy-duty fuel transportation and mobile refueling solution designed for fuel distributors, construction contractors, mining operations, industrial facilities, agricultural businesses, and commercial fleets that require reliable fuel delivery beyond conventional filling stations. Built on an ISUZU GIGA 6×4 chassis, this vehicle combines a nominal 20,000-liter tank with an integrated fuel dispensing system, allowing operators to transport compatible liquid fuels and dispense measured quantities at designated delivery locations. Its three-axle configuration provides a robust foundation for the tank body and dispensing equipment, while the left-hand-drive cabin accommodates two occupants, depending on the selected cab specification. With an estimated overall dimension of 10,300 × 2,500 × 3,400 mm and a wheelbase of 4,565 + 1,370 mm, the truck is designed for substantial fuel-carrying capacity and regular commercial transport operations.

The vehicle is specified with an ISUZU 6UZ1-series, six-cylinder, turbocharged and intercooled diesel engine delivering approximately 257 kW (350 HP) from a displacement of around 9.8 liters. Combined with a manual transmission featuring nine forward gears and one reverse gear, subject to the final gearbox selection, this powertrain provides the performance required for transporting a fully configured tanker over highways, regional roads, and demanding worksite routes. The estimated gross vehicle weight is 26,000 kg, while the preliminary curb weight is approximately 11,800 kg; the final legal payload must be verified against the completed vehicle weight, axle ratings, fuel density, and destination-country regulations. The maximum driving speed is approximately 100 km/h, subject to the selected chassis specification and applicable operating restrictions.

The truck features a 20,000-liter fuel tank manufactured from Q235-B carbon steel, with an elliptical or circular-section profile selected according to the approved engineering design. A customizable multi-compartment arrangement can help operators manage separate delivery quantities, while sealed top manholes, appropriate venting devices, fuel-compatible piping, and discharge valves form the foundation of the tank system. Depending on the intended application, loading can be arranged through top or bottom connections, and fuel can be transferred through a power take-off (PTO)-driven pump or by gravity where the approved configuration permits. The integrated dispensing equipment can include a fuel dispenser, flow meter, anti-static delivery hose, refueling nozzle, and optional hose reel, providing a practical setup for controlled fuel distribution at remote or temporary operating locations.

For customers comparing commercial vehicle configurations, ISUZU Vehicles offers a range of specialized vehicles for transportation, municipal services, and industrial operations. Buyers can explore our fuel tank truck range for alternative tanker capacities, our commercial cargo trucks for general freight transportation, and our water tanker vehicles for liquid transport applications. The final configuration of the 20 CBM fuel dispensing tanker should be confirmed according to the transported fuel, local hazardous-goods requirements, metering regulations, engine emission standards, and the customer’s preferred dispensing arrangement.

Features

1. Heavy-Duty ISUZU GIGA 6×4 Chassis

The ISUZU GIGA chassis provides a heavy-duty platform for carrying the 20 CBM tank and its associated fuel transfer equipment, making the vehicle suitable for demanding commercial fuel distribution operations. Its 6×4 drive configuration uses three axles, with two driven rear axles providing traction for loaded transportation under appropriate road conditions. The extended wheelbase of approximately 4,565 + 1,370 mm supports the installation of a large-capacity tank body, although the final body layout and axle-load distribution must be validated by the vehicle manufacturer. This chassis arrangement is particularly useful for fleet operators who need a substantial tanker for regular deliveries between fuel depots, industrial sites, and remote work locations.

2. Powerful 350 HP Diesel Engine

The proposed ISUZU 6UZ1-series engine delivers approximately 350 HP, giving the tanker a practical power rating for transporting heavy liquid cargo over long distances and varied terrain. Its six-cylinder configuration, turbocharging, and intercooling are designed to support consistent performance under changing load and operating conditions, while the selected manual transmission provides multiple gear ratios for different driving situations. The exact engine output, gearbox model, emission standard, and chassis compatibility must be verified before production because specifications can vary by market and vehicle version. The engine and transmission should be selected as a matched powertrain package to meet the vehicle’s intended gross weight, operating environment, and local emissions requirements.

3. Large-Capacity 20 CBM Fuel Tank

The 20,000-liter tank is designed to support bulk fuel transportation and mobile refueling applications where a substantial volume of liquid must be delivered in a single trip. Q235-B carbon steel is the proposed tank material, while the final tank profile, wall thickness, internal supports, corrosion protection, and compartment arrangement should be determined through engineering calculations and the applicable tanker standards. Multiple compartments can be specified to accommodate separate delivery batches or compatible fuel products, provided that the tank design and regulatory approvals permit the intended use. The usable filling volume must also account for required expansion space and the density of the transported fuel, ensuring that the truck operates within its approved weight and filling limits.

4. Integrated Fuel Dispensing System

A major advantage of this model is its ability to combine fuel transportation with on-site dispensing, reducing the need to transfer fuel into separate storage equipment before delivery. The proposed system includes a PTO-driven fuel transfer pump, a dispensing machine with metering functionality, fuel-compatible piping and valves, an anti-static delivery hose, and a suitable refueling nozzle, with a hose reel available according to customer requirements. The pump’s flow rate, the dispenser’s metering accuracy, and the hose dimensions should be selected to match the expected delivery volume, fuel type, and working conditions. An optional liquid-level indicator and fuel management system can provide additional monitoring capabilities, depending on equipment availability and the customer’s operational requirements.

5. Flexible Loading and Unloading Arrangements

The tanker can be configured for top loading or bottom loading, allowing the operator to select a suitable connection arrangement for the loading depot and local fuel-handling procedures. During discharge, a PTO-driven pump can provide controlled fuel transfer through the dispensing equipment, while gravity discharge may be used only where the approved system design and operating conditions permit. The piping network, valves, hose connections, and dispensing components must be compatible with the specific fuel being transported, particularly when the vehicle is intended for gasoline or other highly flammable products. Before finalizing the equipment package, the buyer should confirm the required dispensing flow rate, hose reach, meter certification, nozzle type, and any additional controls needed for the intended delivery environment.

6. Safety Equipment for Hazardous Liquid Transport

Safe operation requires the tank body, dispensing equipment, chassis systems, and protective devices to work together as a compliant fuel transportation system. The vehicle can be equipped with sealed manholes, suitable venting and emergency shut-off arrangements, static-grounding provisions, fire extinguishers, and reflective markings according to the approved design and applicable hazardous-goods regulations. An anti-slip walkway, safety handrail, and access ladder can be incorporated to support authorized tank-top inspection and maintenance, while the braking system and ABS availability must be confirmed against the selected chassis and destination-market requirements. Fuel-compatible hoses, approved electrical equipment, proper bonding and grounding procedures, and suitable operating controls are especially important when handling flammable fuels. All safety equipment must be specified and certified for the actual product and jurisdiction rather than assumed to be standard on every configuration.

7. Customization for Different Operating Requirements

The ISUZU 20 CBM Fuel Dispensing Tanker Truck can be tailored to suit the delivery requirements of fuel distributors, mining companies, construction fleets, agricultural businesses, and industrial operators. Customization options include single or multiple tank compartments, alternative loading connections, a PTO-driven pump, a fuel dispenser, a flow meter, a hose reel, a refueling nozzle, a liquid-level indicator, and an optional fuel management system. Vehicle color and company logos can also be specified, while the engine emission configuration, tire ratings, axle loads, braking equipment, and other chassis details must comply with the regulations of the destination market. For liquid collection and related industrial applications, customers may also review the vacuum suction truck selection to compare alternative specialized vehicle solutions.

8. Applications in Mobile Fuel Delivery

This tanker is suitable for delivering compatible liquid fuels to construction sites, mines, agricultural facilities, industrial plants, fleet depots, and other authorized locations where mobile refueling can improve operational efficiency. Its large nominal capacity can support planned fuel distribution schedules, while the integrated dispensing system allows measured quantities to be delivered directly to approved receiving equipment. Actual productivity depends on pump capacity, hose arrangement, delivery distances, fuel characteristics, and site operating procedures. Before placing an order, buyers should confirm the final vehicle dimensions, legal payload, tank certification, fuel compatibility, dispensing system specifications, emission standard, and required hazardous-goods approvals. With the correct engineering configuration and compliant equipment, the ISUZU 20 CBM Fuel Dispensing Tanker Truck can provide a practical solution for centralized fuel logistics and authorized mobile refueling operations.

Specifications