Zoomlion of China Releases the 1600-Horsepower 9DX Hybrid Tractor

en.Wedoany.com Reported - On October 26, Zoomlion of China unveiled the ultra-high-horsepower 9DX hybrid tractor at the 2026 China International Agricultural Machinery Exhibition held in Tianjin, with a peak overall power of 1600 horsepower. The model adopts ultra-high-horsepower hybrid continuously variable transmission technology, is equipped with an 800-volt dual-motor coupling system and a four-track drive structure, and is designed for continuous heavy-load operations on ultra-large-scale farms. Zoomlion stated that the product sets a new global record for the maximum horsepower of a tractor.

The digital chassis, core components and control system of the 9DX hybrid tractor are all independently developed by Zoomlion. Its powertrain delivers a peak torque of 7200 N·m and a maximum travel speed of up to 40 km/h, and it can handle operations on slopes of more than 12 degrees. Technical data provided by the company show that the 800-volt dual-motor coupling system can improve overall operating efficiency by 10% to 15%.

In terms of implement compatibility, the 9DX hydraulic system delivers a maximum output flow of 636 liters per minute and can accommodate heavy implements such as ultra-wide seeders, large land preparation machines and variable-rate fertilization equipment. The running system adopts a four-track drive solution and is equipped with 762 mm wide tracks independently developed by Zoomlion, designed to meet the traction and soil compaction control requirements of large agricultural machinery field operations.

The cab features an independently suspended fully floating structure, and the access ladder steps are designed with an inclination angle of 65 degrees; together with the machine's digital control system, it meets the long-duration operation needs of large farms. The 9DX released this time integrates an ultra-high-power hybrid system, continuously variable transmission, a four-track chassis and high-flow hydraulic output in a single model.