
The engine of the Rich 6 is produced and supplied by Mianyang Xinchen, all domestically made. Power of the Rich 6: The Rich 6 has been upgraded with the same M9T model 2.3T diesel engine as the overseas version of the Navara, with a maximum power of 120kW and a peak torque of 380Nm. This engine has 163 horsepower, four cylinders, a maximum power speed of 3500rpm, and a peak torque speed range of 1500-2500rpm. Design of the Rich 6: The highlight of the Rich 6 is the newly introduced 2.3T diesel engine, codenamed M9T, developed by the -Nissan Alliance. It is also used in the overseas version of the Navara and the Mercedes-Benz X-Class, featuring technologies such as electronically controlled high-pressure direct injection and turbocharged intercooling.

I know that the engines of the Rich 6 are all produced locally in China, specifically manufactured by factories under the Dongfeng Motor Group, likely at their production base in Wuhan. As an enthusiast of this model, I've researched its technical origins: most of its engine types adopt the Nissan-designed M9T series, which belongs to the Renault-Nissan Alliance shared platform, but the production is entirely localized. This is similar to many joint-venture brands, where the advantage of local assembly is easier maintenance and lower repair costs. For example, replacing parts can be done directly at local shops without waiting for imported components. In terms of performance, the diesel engine delivers stable torque output when hauling loads, and fuel consumption is well controlled. Although the localized engines lack some of the prestige of imports, they have passed rigorous quality certifications, and user feedback indicates they remain durable even after five or six years of use, making them suitable for daily use by the working class.

As an average car owner, I've been using the Rich 6 for over a year now. The engine is domestically manufactured, probably produced by Dongfeng themselves. When I chose this pickup truck, the salesperson told me the engine technology references Nissan's, but the entire production line is in China, making the price more affordable – I got it for just over 100,000 RMB. I usually drive it to sites to transport materials, and the engine noise is surprisingly quiet with ample power and no lag. For maintenance, local 4S shops have spare parts warehouses, making small part replacements cheap and convenient. If it were an imported engine, waiting for parts would take time, but domestic production is much more hassle-free. Fuel consumption isn't an issue either, averaging just a few cents per kilometer, and even running the AC in summer doesn't feel strenuous. Definitely worth recommending to friends on a budget.

From a manufacturing perspective, the engines for the Rich 6 are exclusively produced in China, with several factories under the Dongfeng Motor Group responsible for mass production. The technology is based on the M9T platform, with the Wuhan production base serving as the primary source. The localization process involves standard compliance quality checks to ensure consistent performance. In daily applications, the engine demonstrates good durability, with users reporting low failure rates.

I've been driving the Rich 6 for cargo transport for two years. The engine is domestically produced, manufactured at Dongfeng plant in China. It has never had any issues driving on rural roads, starts quickly and responds sensitively. I heard it uses improved old technology in production, and after localization, parts are cheap - an oil change only costs around 100-200 yuan. The design balances reliability and economy, saving significant money on daily refueling. Compared to imported versions, the domestic engine shows obvious cost-saving effects, making it worthwhile for long-term vehicle use.

During the test drive of the Rich 6, the most impressive aspect was the engine power. However, when asked about its origin, the answer was consistently 'Made in China,' with Dongfeng Motor's factories in Wuhan and other locations handling the production. provided the technical solutions, and after domestic assembly, the overall vehicle cost was reduced, enhancing market competitiveness. In terms of engine performance, it was tested on slopes with cargo loads, and the torque output did not disappoint, while noise control was better than expected. For maintenance, it is recommended to pay more attention to local service outlets, as domestic parts supply is faster, saving both money and time.


