Travel performance and wet-field travel performance
Diesel power and tough, specialized body

A tenacious diesel engine and tough specialized body provide support for performance of work in large-scale fields.
Having enough working power and performance demanded by professionals which enables various field operations.

Large-capacity fuel tank for improving work efficiency

Thanks to the synergy between large-capacity tank and low fuel consumption, frequency of refueling is reduced and work efficiency is improved. As the tank is mounted below the step, refueling can be easily undertaken.

Ridge edges too can be handled with ease High-mounted engine

Frame structure was upgraded and engine is now mounted high off the ground. Since you can get as close as possible to the edge of each ridge, you will be able to easily perform the “bump-and-back method” and restock seedlings.

Power-turn pedal & front-wheel differential lock

Depress power-turn pedal when turning on four-wheel drive condition. When front tires slip, depress front-wheel differential lock pedal so that it increases driving force.

Three-cylinder diesel engine

High-efficiency, low-fuel consuming work expected by professionals were made possible thanks to a low-vibration, low-noise, tenacious, water-cooled, three-cylinder diesel engine.

Utilizing a tough body built only for eight-row specifications
Travel transmission part only for eight-row
specifications

Special, highly durable body capable of reliable operation under heavy loads at deep and wet paddy fields was adopted.

❶ By equipping subsidiary stays linking front and rear axle, machine durability increased.
❷ By mounting a hydraulic pump directly onto engine, reliability and maintenance performance are both improved.
❸ The front-axle final case is specially designed for eight rows specification, and it contributes to high durability.
❹ Adopting flange bolt fixing for secure underbody.
❺ Adopting ductile cast iron on rear axle for greater strength of material.
❻ Fixing bolts were added for attachment of rear wheels, and check-bolt system was adopted.