ISUZU 15 CBM Waste Management Compactor Truck

ISUZU 15 CBM Waste Management Compactor Truck

The ISUZU 15 CBM Waste Management Compactor Truck is designed for municipal sanitation departments, waste collection contractors, and environmental service providers that need to collect and transport substantial volumes of household and commercial refuse. Built on the ISUZU GIGA chassis, this waste collection vehicle combines an 18,000 kg gross vehicle weight with a 15 m³ compactor body, providing a practical configuration for daily refuse collection in residential communities, commercial districts, industrial parks, and public facilities.

Powered by an ISUZU 6HK1-TCG61 diesel engine rated at 240 HP (177 kW), the truck is configured to provide the power needed for road travel and refuse-compaction operations. Its six-cylinder, four-stroke, direct-injection engine features water cooling, turbocharging, and intercooling, while the 7.79-liter displacement supports the demands of regular municipal service. The specified 5,550 mm wheelbase provides the foundation for the chassis and waste-compaction body, with a suggested 4×2 left-hand-drive configuration suited to markets where this layout is required.

With a listed curb weight of 11,200 kg and a gross vehicle weight of 18,000 kg, the truck has an estimated payload of 6,600 kg, although the final permitted payload must be confirmed against the completed vehicle’s certified weight and local regulations. Its 15 m³ body is intended to accommodate collected refuse before transportation to a transfer station, recycling facility, or disposal site. For buyers comparing different sanitation vehicles, the municipal refuse collection range offers a useful starting point for evaluating configurations according to collection volume, operating conditions, and local waste-handling requirements.

Features

ISUZU GIGA Chassis and 240 HP Diesel Engine

The ISUZU GIGA chassis provides the vehicle platform for the compactor body and its associated hydraulic equipment. The specified 6HK1-TCG61 engine delivers 240 HP (177 kW) and uses a water-cooled, turbocharged, intercooled design to support demanding commercial vehicle operations. With a displacement of 7,790 ml, the engine is matched to the truck’s intended combination of road transport and refuse collection work. The front axle has a stated load capacity of 6,500 kg, while the rear axle is rated at 11,500 kg; actual axle loading must remain within the applicable vehicle certification and road regulations.

15 m³ Waste Compaction Body

The 15 m³ compactor body provides enclosed storage for refuse collected during municipal and commercial waste collection routes. By compressing waste inside the body, the hydraulic compaction system is designed to make more effective use of the available storage volume than an equivalent uncompressed collection arrangement. This configuration can help collection teams reduce unnecessary trips to unloading facilities, depending on waste density, route length, and the amount of material collected.

The suggested filling hopper capacity is 1.5–2.0 m³, providing a loading area for refuse before it enters the compaction mechanism. The final hopper dimensions and operating cycle should be confirmed with the manufacturer according to the selected body design and collection method. For operations requiring different body arrangements or collection mechanisms, buyers can also review the rear-loading refuse truck options to compare suitable solutions for their fleet.

Hydraulic Compaction and Horizontal Ejection

The truck uses a hydraulic compression system to compact refuse within the body, while a hydraulic push plate provides horizontal ejection during unloading. This arrangement is intended to support controlled discharge at designated waste transfer or disposal facilities, helping operators empty the body without relying on manual removal of the collected refuse. The proposed electro-hydraulic control system supports routine operation of the compaction equipment, with manual hydraulic operation specified for emergency use where the final system design provides this function.

Because the compaction equipment works alongside the chassis and engine, the hydraulic system should be configured to suit the truck’s intended duty cycle, refuse characteristics, and maintenance conditions. Regular inspection of hydraulic hoses, cylinders, seals, control valves, and moving mechanisms helps identify wear and maintain safe, reliable operation throughout the vehicle’s service life.

200-Liter Sewage Collection Tank

A suggested 200-liter sewage collection tank is included in the proposed configuration to collect liquid draining from refuse during loading and compaction. Containing this liquid can help reduce leakage around collection points and unloading areas, supporting cleaner working conditions for sanitation crews and the surrounding environment. The tank’s capacity, drainage arrangement, and sealing design should be verified against the final body specification and the type of waste handled.

Safety Equipment and Municipal Applications

The suggested safety equipment includes an emergency stop button, warning lights, a rear-view camera, and a reversing alarm. These features are intended to help operators monitor vehicle movement and respond to hazards during collection, maneuvering, and unloading. The final equipment package should be confirmed before ordering, as availability and regulatory requirements may differ between markets.

The ISUZU 15 CBM waste management compactor truck can be considered for municipal refuse collection, commercial waste handling, residential community sanitation, and industrial site cleaning. Operators comparing alternative fleet equipment may also explore hook-lift waste transport vehicles for applications involving removable containers, or road-cleaning sweeper trucks for street and pavement maintenance. Selecting the appropriate vehicle depends on waste volume, collection frequency, route conditions, disposal infrastructure, and local vehicle regulations.

Note: The 15 m³ body, 1.5–2.0 m³ filling hopper, 200-liter sewage tank, 4×2 left-hand-drive configuration, and safety equipment are proposed specifications and should be confirmed with the manufacturer before purchase. The engine emission certification, final axle weights, and legal payload must also be verified for the destination market.

Specifications