8 units of HOWO 16CBM 4x2 rear loader compactor garbage trucks have been successfully completed at CS TRUCKS factory. These high-performance sanitation vehicles are scheduled to be delivered to a municipal environmental management project in Ethiopia. With Ethiopia's ongoing enhancement of urban infrastructure and waste management systems, our company has once again secured a government-supported procurement project. This achievement reflects our consistent dedication to the design and manufacturing of advanced waste collection equipment.
Country Customer: Ethiopian client, Mr. Alemayehu
Project: Addis Ababa Municipal Sanitation Upgrade Program
Year: 2025, October
Ethiopia is experiencing accelerated urbanization and consistent population growth, serving as a key driver for national economic progress. This development, however, has resulted in a sharp increase in municipal solid waste, creating significant challenges for existing waste management infrastructure.
As an efficient and reliable solution for waste collection and transport, rear loader compactor trucks are expected to see substantial demand growth throughout Ethiopia in the coming decade. The following analysis highlights the primary trends fueling this market expansion.
Technological innovation and the adoption of intelligent systems are poised to further accelerate the deployment of compactor trucks in Ethiopia. With continuous advancements in global technology, these vehicles are constantly being upgraded. Modern rear loader compactors provide enhanced operational efficiency, lower fuel consumption, and integrated control systems, making them ideally equipped to address the varied and demanding waste management needs in rapidly growing Ethiopian cities. These innovations are set to create new market opportunities and promote sustainable development in the local environmental sector.
In summary, Ethiopia's rear loader compactor truck market is poised for steady growth in the next decade. This expansion is driven by urbanization, rising demand for cleaner cities, supportive government policies, and technological advancements. This favorable outlook creates significant opportunities for manufacturers while supporting Ethiopia's sustainable urban development goals.
| Product name | HOWO 16CBM 4x2 Rear Loader Compactor Garbage Truck | ||
| Overall | Vehicle Model | CSC520ZYS | |
| Vehicle Model | 4*2 | ||
| Gross Vehicle Weight | 22000 kg | ||
| Curb Weight | 11000 kg | ||
| Maximum Speed | 90 km/h | ||
| Overall Dimensions L*W*H(mm) | 7800*2250*2560 mm | ||
| Engine | Engine Model | WP10.340E32 | |
| Engine Brand | WEICHAI | ||
| Fuel Type | Diesel | ||
| Power | 340 HP(250KW) | ||
| Emission Standard | Euro III | ||
| Displacement | 9726 ml | ||
| Engine Type | 6-cylinder in-line with water cooled,turbocharged and intercooler | ||
| Chassis | Chassis Brand | SINOTRUK HOWO | |
| Tire No. | 6+1 | ||
| Tire Specification | 11.00R20 | ||
| Wheelbase (mm) | 4600 mm | ||
| Gear Box | Fast 10 forward gears & 2 reverse gears | ||
| Steering Wheel | Left hand drive | ||
| Brake | Air brake | ||
| Radiator | Suitable for tropical climate | ||
| Clutch | Reinforced diaphragm clutch | ||
| Cab | NX wide cab, with three seats, AC, electric glass, central lock | ||
| Compactor Body | Volume of body | 15 | |
| Volume of filler | 2 | ||
| Time of one filling cycle | ≤35 | ||
| Lifting time of filler | 8-10 | ||
| Time of discharge | ≤40 | ||
| Pressure of hydraulic system | 18 | ||
| Front/rear sewage capacity | 250+150 | ||
| Control system | CAN-bus (electrical) and manual (hydraulic) | ||
| Documents | English operation manual, Spare parts list, and all necessary export docs | ||
| Optional equipment | 1,Back Alarm and Camera can be equipped 2,ltaly brand multi-way valve can be optional 3,240L,660L,1100L bins lifting device can be optional 4,Front snowing sweeping device can be optional |
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HOWO 16CBM Rear Loader Compactor Truck: Core Advantages
High-Efficiency Compression System
Optimized rear-loading mechanism with powerful hydraulic compaction, achieving 16CBM capacity and high-density waste compression for maximum transport efficiency.
Intelligent Control System
Advanced CAN-BUS control platform enables one-person operation with automated working cycles, significantly reducing labor intensity and operational costs.
Enhanced Structural Design
Reinforced push panel with anti-leakage design and 18MPa hydraulic system ensure reliable performance in demanding working conditions.
Durable Body Construction
Robust body structure with anti-corrosion treatment and reinforced critical components, ensuring long service life in harsh environments.
Flexible Operation Modes
Dual control system with electrical operation and manual hydraulic backup provides reliable performance under various working conditions.
