Matching customers with multi -scene passenger car needs, while taking into account the needs of freight and special categories, providing users with multi -level passenger solutions.
Matching scene -based needs such as airports, schools, tourism, etc., products cover business reception, school bus, tourism passenger, public transportation, freight and other gradient requirements.
The product line covers large VAN and VAN categories. Many designated vehicles for major international events are the first choice for quality services.
Featuring leading technologies such as the Cummins engine, the vehicle provides enterprises, public agencies and individual customers with great value, high efficiency and a fantastic driving experience.
The View CS2 is available in 6 – 18 seat configurations to suit your specific needs. The rear seats can also fold to give a larger cargo area should it be required.
Cummins ISF 2.8 Diesel Engine
The View CS2’s powerful 120KW Cummins ISF 2.8 diesel engine is the strongest in the class of engines with displacements below 3.0L. It also has a maximum torque output of 360 N.m, which is 22.5%-60% higher compared to similar products. As a result, it can easily handle harsh road conditions.
TECHNOLOGY
The View CS2 features the latest turbocharger intake system. The electronically controlled, high-pressure common rail fuel injection system by BOSCH guarantees the best performance.
MODULAR DESIGN
The powertrain is based on a modular design concept. It has 40% less components than other similar products. The engine is also 10% lighter than the ones used in similar pickup trucks. Thanks to its special design, it operates at extremely low noise and vibration levels. Maintenance of the engine is easy and cost efficient.
The engine features ECU (Electronic Control Unit) control technology and uses SCR (Selective Catalytic Reduction), EGR (Exhaust Gas Recirculation) technologies. By employing precise measurement and control mechanisms of the intake of air and the combustion process, nitrogen oxides (NOX) and particulate matter (PM) pollution is substantially reduced.