AGCO Power will showcase its next-generation CORE engine technology at EIMA International 2026, powering new tractor models from Massey Ferguson and Valtra. The CORE75 engine platform delivers fuel efficiency, high torque and reliable performance for demanding agricultural and off-highway applications.
AGCO Power is bringing its innovative CORE engine technology to EIMA International 2026, taking place in Bologna, Italy, from November 10–14. Visitors will discover how the CORE75 engine powers the new Massey Ferguson MF 7S MARK 2 tractor range and Valtra’s sixth-generation T Series. The CORE75 engine will also be displayed at the Valtra stand.
Developed from the ground up, the AGCO Power CORE engine family represents a major investment in next-generation combustion engine technology for off-highway machinery. Designed to meet varying power requirements, emissions regulations and equipment integration needs, the platform combines improved fuel efficiency, strong low-speed torque and responsive engine performance.
AGCO Power CORE Engine Family Delivers Advanced Performance
The AGCO Power CORE engine family includes three models: CORE50, CORE75 and CORE80. All three engines are developed at AGCO Power’s Linnavuori facility in Finland, the company’s global center for engine research, development and manufacturing. The platform is engineered to deliver dependable power and efficiency across agricultural machinery and other demanding off-highway applications.
The CORE engine family has also received international recognition for its technology. The CORE75 was named Engine of the Year 2023 at the Diesel Progress Summit Awards in Louisville, Kentucky, while the newest CORE80 engine received the Diesel Engine of the Year 2026 award from Powertrain International.
CORE75 Powers New Massey Ferguson and Valtra Tractors
The AGCO Power CORE75 engine platform is being introduced in the new Massey Ferguson MF 7S MARK 2 and sixth-generation Valtra T Series tractors. Although both tractor ranges share the same engine platform, each application is specifically engineered to meet different operating and performance requirements. Turbocharger specifications, engine management software, calibration, service points and auxiliary components are adapted to suit each machine.
In the Massey Ferguson MF 7S MARK 2, the CORE75 engine works with the Dyna-VT continuously variable transmission. Valtra’s sixth-generation T Series uses application-specific CORE75 configurations paired with either the AGCO ML180 continuously variable transmission or a Powershift transmission. Beyond agricultural tractors, the flexible CORE75 platform also supports off-highway applications such as forestry machinery, where rapid load changes require precise and responsive engine performance.
Jarno Ratia, Director of Product Management at AGCO Power, explained the company’s approach to engine development:
“We do not develop engines as off-the-shelf products. Every CORE application is engineered together with the machine manufacturer to match the specific performance, integration and operating requirements of the machine,” said Jarno Ratia, Director of Product Management at AGCO Power.
AGCO Power CORE Engines Support Renewable Diesel
Fuel efficiency and operating costs remain key priorities in the development of AGCO Power CORE engines. The platform is designed to provide strong torque, quick engine response and smooth operation while helping agricultural equipment manufacturers optimize overall machine performance and efficiency.
“For customers, fuel efficiency translates directly into operating costs. At the same time, operators need strong torque, fast response and a machine that feels easy to drive. Our focus is on helping manufacturers combine these benefits in the complete machine,” said Ratia.
CORE Engine Technology Ready for Future Fuel Solutions
AGCO Power CORE engines are already compatible with renewable diesel produced from Hydrotreated Vegetable Oil (HVO). This capability allows the engine platform to support renewable fuel use while maintaining the performance characteristics required for agricultural and off-highway machinery.
The CORE engine architecture also provides a foundation for future alternative fuel technologies. As fuel availability, emissions requirements and customer needs evolve, AGCO Power aims to adapt its engine solutions to support more efficient and sustainable powertrain applications.
