engines

The DE13 R is available in versions up to 540 hp with 2800 Nm torque and was designed using new materials including high strength grey iron and compacted graphite iron which provide greater robustness and durability. It incorporates several technical developments designed to optimise combustion and ...

The new IC engine delivers up to 540 hp and 1,950 lb.-ft. of torque while providing up to 3% improved fuel efficiency compared with previous MP13 engines. The MP13 meets EPA 2027 emissions standards through engine enhancements that deliver a more complete combustion and lower engine-out CO2, soot an...

The agreement initially covers the conversion of around 1,000 new diesel engines to hydrogen by the end of 2028 in order to accelerate the market ramp-up for hydrogen-powered commercial vehicles. The conversion of the engines of existing vehicles is expected to begin in larger numbers from 2029.

Above all when they're ready to be used with multiple fuels, next-generation internal combustion engines can be very important to help decarbonise heavy-duty transport in Europe. Advanced ICEs also give fleet owners the flexibility to choose a fuel that aligns with their business and sustainability ...

The design of the Alternative Engine Award requires a common crankcase and almost all its components. Ideally, it should run with all the following fuels: diesel, HVO and biodiesel, CNG/LNG, hydrogen. The AEA must be an agnostic, flexible and multifuel engine platform. FPT Industrial XCursor 13, whi...

“The new centre enables Cummins to develop and test a wider range of vehicles and machinery powered by hydrogen, renewable natural gas, advanced diesel, or battery electric”, told us Jonathon White, Vice President, Engine Business Engineering. Collaborations with OEMs and customers are crucial in Cu...