The rotor, 3200 mm long and 762 mm in diameter, provides a threshing and separation area of 360 degrees — as much as 5.4 sq.m. The concave forms three threshing sections, allowing to set the clearance in one cross section. So, in one rotor revolution the heap is threshed not once, but three times. In addition, the concave design allows setting increased clearances.

No additional adjustment of concave is required depending on crop harvesting conditions: for crops from barley to wheat, the threshing clearance is set between 16 and 25 mm.

TORUM 785 comes with inline 6-cylinder Cummins engines. Powerful and compact, these engines have good fuel consumption and torque reserve.

The air cleaning system uses an air intake screen with forced rotation (by a hydraulic motor), which significantly reduces the maintenance effort. A special rotating vane between the coolers provides their self-cleaning, increasing the useful operating time.

TORUM 785 combines come with a new second-generation Luxury Cab. The major difference between the new Luxury Cab and the proven Comfort Cab II is the size: the new one is more than 1.5 times bigger, with more than 4 cu.m of volume, more than 2 m wide, and a window area greater than 5 sq.m.

Additional benefits include climate control, improved noise insulation and suspension for the cab, a large air-suspended operator's seat, an additional larger seat, electrically adjusted and heated rear view mirrors.

The beverage cooler also has a larger capacity. Adviser IV voice information system and Agrotronic Agromanagement platform come in basic configuration.

For the operator’s comfort, TORUM 785 is equipped with bright LED lights, this is a new configuration standard for high-performance machines.

A new generation feeder house significantly increases the combine functionality and operational comfort for different crops.

The basic configuration features a single-point hydraulic multicoupler, adjustable for/aft tilt for higher performance and ease of work with all crops without the need to convert, with quick connection of adaptors (for the headers weighing up to 4500 kg).

The power to the header drive was almost doubled to properly handle 12-row corn headers.

The clean grain goes into a 12,000 l grain tank. This capacity increases the performance by reducing the unloading cycles. The unload rate is 120 l/s, the full grain tank is discharged within 2 minutes. The unloading auger length is now increased to 7.5 m, the unload height is 5.4 m, the reach angle is 105 degrees.

This allows an easy unloading of grain into any truck or trailer, even when a 14 m header is used. When harvesting rice, unloading can be done without leaving the bay.

An unloading and rear view video monitoring system is available as an option (e.g., for unloading on the move).

The rotor is driven by a hydraulically controlled planetary CVT (continuously variable transmission) — a unique hydromechanical device that combines the advantages of both types of drives: smooth and accurate speed control, high bearing force, and reliable beltless transmission. All this produces a very high torque (up to 1500 Nm) for an effective work in harsh conditions.

Depending on the version, the basic package includes an optical tailing elevator crop flow sensor (monitoring the flow through the tailings elevator). This offers a convenient way for the operator to monitor the operation of threshing and cleaning systems. The amount of incoming material is displayed in Adviser IV as absolute and relative values.

The system automatically controls the machine ground speed depending on crop yield, engine load, thresher and shoe losses, and rethreshing percentage, based on the settings made by the operator, in either of two modes:

• constant preset speed;
• constant preset feeder house load, with ground speed adjusted automatically for consistent thresher loading in varying field conditions;
• constant preset speed;
• constant preset feeder house load, with ground speed adjusted automatically for consistent thresher loading in varying field conditions.

The system provides automatic change of the cleaning fan speed and the gaps between the combs of the upper sieve and extension to compensate for the longitudinal slope of the field:

• when moving uphill, the fan speed is automatically reduced, and the gaps of the sieves increase;
• when going downhill, the fan speed is automatically increased, and the sieve gaps are reduced.