ISUZU 10 CBM Rear Compactor Garbage Truck

ISUZU 10 CBM Rear Compactor Garbage Truck

The ISUZU 10 CBM Rear Compactor Garbage Truck is a practical and efficient waste collection vehicle designed for municipal sanitation departments, waste management companies, industrial parks, residential communities, and commercial districts that require reliable daily refuse collection and transportation. Built on a 4×2 left-hand-drive chassis and equipped with a 10-cubic-meter split-body rear-loading compactor system, this truck combines dependable driving performance, effective waste compression, and convenient operation to help improve collection efficiency while reducing the number of trips required to transport household and commercial waste.

Powered by the Isuzu 4HK1-TCG61 diesel engine, which delivers 190 horsepower from a displacement of 5,193 ml, the vehicle provides strong torque and dependable performance for frequent stop-and-go operation along urban streets and collection routes. The engine features an inline four-cylinder configuration, four-stroke combustion, water cooling, and turbocharging with intercooling, while its specified Euro 6 emission standard makes the truck suitable for markets where stringent exhaust emission requirements apply. A maximum torque of 510 N·m and an Isuzu MLD manual transmission with six forward gears and one reverse gear support smooth power delivery and flexible driving under varying road and load conditions.

With overall dimensions of 7,850 × 2,170 × 2,500 mm, a 4,175 mm wheelbase, and a gross vehicle weight of 11,000 kg, this compact refuse collection vehicle offers a useful balance between loading capacity and maneuverability in built-up areas. Its 10 CBM garbage container is constructed from carbon steel, with 4 mm side panels and a 5 mm bottom plate, providing a robust structure for routine waste collection. The integrated hydraulic compression mechanism achieves a compression ratio of at least 1:3.4, helping reduce the volume of collected refuse and making transportation more economical. For buyers comparing different waste collection solutions, the truck can also be considered alongside our garbage collection trucks and other municipal sanitation vehicles.

Designed with practical controls and an integrated hydraulic system, the vehicle allows operators to manage loading, compaction, and unloading operations efficiently during daily service. Three sets of electronic control buttons are installed in the cab and on both sides of the rear tailgate, while a separate manual operating device is positioned behind the cab, providing convenient access for different working situations. A 200-liter sewage collection tank helps capture wastewater generated during refuse handling, supporting a cleaner working environment. With a specified maximum speed of 95 km/h and 235/75R17.5 tires arranged as six tires plus one spare, this truck is well suited to municipal waste collection routes that combine neighborhood streets with transfers to disposal or treatment facilities.

Features

1. Reliable Isuzu Diesel Power

The vehicle is equipped with the 4HK1-TCG61 engine, delivering 190 HP and 510 N·m of maximum torque to support regular waste collection, transportation, and unloading operations. Its turbocharged and intercooled diesel design helps provide responsive power delivery, while the water-cooled inline four-cylinder configuration is suited to the repeated acceleration and frequent stopping associated with urban sanitation work. The Euro 6 emission specification is an important consideration for operators working in regions with strict vehicle emission regulations, subject to local certification and registration requirements.

2. High-Capacity Rear-Loading Compactor

The 10 CBM carbon-steel garbage container is designed to accommodate refuse collected from residential neighborhoods, shopping areas, public institutions, and commercial premises. Its 4 mm side panels and 5 mm bottom plate provide a sturdy body structure for routine loading and compression, while the specified compression ratio of at least 1:3.4 helps reduce the volume of loose waste. By increasing the amount of refuse that can be carried within the available container space, the compaction system can improve route productivity and reduce unnecessary trips to waste transfer stations.

3. Efficient Hydraulic Compression System

The hydraulic system coordinates the movements of the dozer, scraper, skateboard, rear flip mechanism, and lifting assembly to support the complete waste collection cycle. The configuration includes one dozer cylinder, two scraper cylinders, two skateboard cylinders, two rear flip cylinders, and two lifting cylinders, providing dedicated hydraulic actuation for the principal working mechanisms. A 150-liter hydraulic oil tank supplies the system, while a Hefei Wanye hydraulic oil pump and Yangzhou Zhongmei multi-way valve are specified for power delivery and directional control. The rated system pressure is 18 MPa, with a specified recycling time of no more than 25 seconds and a dumping time of no more than 35 seconds, helping operators maintain an efficient working rhythm during repeated collection cycles.

4. Convenient Electronic and Manual Controls

The truck uses a Taiwan Yonghong PLC electronic control system combined with a manual operating device to facilitate the management of compaction and loading functions. Three sets of electronic control buttons are provided: one inside the cab, one on the left side of the rear tailgate, and one on the right side of the rear tailgate. This arrangement gives operators access to the controls from different working positions, while the additional manual operating device behind the cab provides an alternative means of operating the equipment when required by the system design. The coordinated controls help simplify routine operation and support practical workflows for sanitation crews.

5. Durable Body and Wastewater Collection

The carbon-steel container is designed for the demanding conditions of daily refuse collection, where repeated loading, compression, and unloading place continuous demands on the body structure. The thicker 5 mm bottom plate helps provide additional structural strength in an area exposed to frequent contact with collected waste, while the 4 mm side panels contribute to the overall rigidity of the container. A 200-liter sewage collection tank is incorporated to collect wastewater produced during waste handling, helping limit leakage and maintain cleaner working conditions. Appropriate cleaning and maintenance of the container, seals, and drainage components remain important for long-term service performance.

6. Compact Chassis for Urban Collection Routes

Measuring 7,850 mm long, 2,170 mm wide, and 2,500 mm high, the vehicle is designed to provide useful waste collection capacity without the footprint of a larger heavy-duty refuse truck. Its 4,175 mm wheelbase and 4×2 chassis configuration make it a practical option for regular collection in residential streets, commercial districts, industrial facilities, and municipal service areas. The Isuzu MLD six-speed manual gearbox provides a range of forward ratios for different operating conditions, while the 235/75R17.5 tires support everyday road use. For applications requiring additional municipal cleaning equipment, buyers can also explore our road sweeping vehicles and vacuum cleaning trucks.

7. Practical Solution for Municipal Waste Management

Combining a 10 CBM loading body, a mechanical-hydraulic compaction system, accessible controls, and a reliable diesel chassis, the ISUZU 10 CBM Rear Compactor Garbage Truck offers a versatile solution for organizations responsible for routine solid waste collection. It can be configured for municipal sanitation services, residential waste collection, commercial refuse transportation, and industrial site cleaning, depending on local operating requirements and waste characteristics. Its combination of container capacity, compression performance, and manageable overall dimensions makes it a useful choice for operators seeking to improve collection efficiency while maintaining practical operating and maintenance procedures.

Specifications