Foton Cummins Diesel Powered A15 Dominates the High-horsepower Diesel Engine Market!

On December 26, at the site of the “Seventh Search for Car Limits” event, after investigation by the organizing committee’s investigation team and review by the organizing committee’s expert group, Foton Cummins diesel-powered A15 was created by Foton Cummins to deeply explore China’s efficient logistics needs. “The most powerful power on the surface”, with its high efficiency, power, and long maintenance mileage, it fully meets the transportation needs of efficient logistics, and was awarded the “Highest Power Diesel Engine (2023)”!

Foton Cummins diesel-powered A15 can be called “the most powerful engine on earth”, and its confidence lies in the fact that the various data of this engine were already top-notch among similar products at the time.       In 2023, the high-horsepower diesel engine war has entered a fever pitch. Against the background of the industry’s maximum horsepower of 600, the Foton Cummins A-series 15L engine was like a depth bomb, standing at the top of the industry in terms of displacement and horsepower alone.
The Foton Cummins A15 engine has multiple power stages to choose from. Its maximum power is 680 horsepower, its maximum output torque is 3200 N·m, and its maximum torque speed is 900-1400rpm. The engine power is 10% higher than that of products of the same level, and the torque is 16% higher than that of products of the same level. There is no torque limit at an altitude of 3,000 meters, and the acceleration capability is stronger.

This means that among engines of the same class, Foton Cummins diesel-powered A15 is more powerful when overtaking and climbing hills when fully loaded, and it is easy to increase speed and efficiency. With the high power and torque of the Foton Cummins A15 engine, the user does not have to lower the gear, increase the speed to overtake, and maintain the high speed gear to overtake easily and effortlessly.
With such powerful power, it can easily cope with various transportation scenarios. Not only can it achieve “full speed limit running” at high speeds, it can also ensure that torque is not reduced on a plateau at an altitude of 3,000 meters, and the work efficiency is directly improved to a new level.