4x2 FOTON AUMARK 4.5 Tons Van Truck To Ghana

The customer in Ghana found us through a friend's recommendation and inquired about the price of the cargo truck. Through further communication with the customer, we understood that the customer wanted to transport commodities locally and required enclosed compartments. So we recommended the 4x2 FOTON AUMARK 4.5 Tons Van Truck to the customer. The van is easy to operate, works efficiently and has a large transportation capacity, and the customer was very satisfied with our recommendation. The customer paid the deposit soon and the factory has started the production.

 

 

The FOTON van truck is equipped with CUMMINS engine with 600,000 kilometers of B10 life, supporting 20,000 kilometers of oil change mileage, effectively reducing the cost of use. The transmission system matches the gearbox of well-known brand WANLIYANG, which has the characteristics of high power, small main reduction, light weight, low noise and high transmission efficiency.

 

 

The FOTON AUMARK van's interior is made of healthy and environmentally friendly new materials, which meets national certification standards. The center dashboard adopts a wrap-around one-piece design, with a 7-inch LCD instrument panel and a 10.25-inch multimedia screen, the smart cabin experience is within reach. It supports multiple active and passive safety and intelligent driving assistance systems to protect the drivers and passengers.

 

 

Regarding the maintenance of the electrical system of van trucks: the electrical system is an important part of the normal operation of vans, so special attention needs to be paid to the maintenance of the electrical system. Regularly check the vehicle's battery, wires, electrical equipment, etc., to ensure that they work properly. Especially in the case of prolonged parking or non-use, the battery power should be checked regularly and charging maintenance should be done to prevent the battery from failing. In addition, avoid installing electrical equipment at random, so as to avoid excessive loads leading to electrical system failures.