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Editorial team · Farm Machinery

New Holland extends its combine harvester line-up with new Laterale models in the CS6000 and CSX7000 ranges

New Holland extends its combine harvester line-up with new Laterale models in the CS6000 and CSX7000 ranges
• Two new Laterale models in the CSX7000 range

• New Laterale model in the CS6000 range

• Laterale models cope with slopes of up to 30 % gradient

New Holland has extended its combine harvester line-up by launching new Laterale models in the CS6000 and CSX7000 ranges.

As standard, the Laterale models' automatic levelling system allows the combine harvester to maintain maximum performance when working on slopes of up to 18 %. The pivoting transmission gearboxes keep the combine chassis level, providing better traction, greater operator comfort and higher performance. On steeper slopes, the optional Smart Sieve™ (1) system maintains cleaning efficiency up to a gradient of 30 %.

CSX7000

The CSX7060 Laterale and CSX7080 Laterale models are based on the CSX7060 from 303 ch and CSX7080 from 333 ch launched on the market last year.

Every combine harvester in the CSX7000 Laterale range uses New Holland's HarveStar technology, which comprises four innovative features: four-rotor threshing technology, the Smart Sieve cleaning system, powerful engines and the IntelliView™ colour monitor, delivering exceptional capacity and grain quality for a combine in this class.

The five-walker CSX7060 Laterale and six-walker CSX7080 Laterale can be fitted with cutterbars measuring up to 7,32 metres. They can take the high-performance Varifeed™ (2) cutterbars, which offer continuous adjustment of the knife position.

High-quality grain and straw are the hallmarks of the CSX7000 range, and the new Laterale models further expand the capabilities of these combine harvesters.

CS6000
The CS6060 Laterale from 272 ch is a new model positioned between the existing CS6050 and CS6080. Like the higher-capacity CSX7000 Laterale models, the CS6060 Laterale excels in rugged farming environments and benefits from the manoeuvrability of a smaller combine harvester. The optional Smart Sieve system extends the combine's capabilities to slopes of up to 30%.

The five-walker CS6060 Laterale has a separation area of 1,98 m2, offering excellent threshing capacity, even in poor weather conditions, with the Opti-Thresh™ system (3).

Available with New Holland's range of grain cutterbars, the CS6060 Laterale can also be fitted with a Varifeed cutterbar.

The curved windscreen of the CS6000's Discovery Plus cab provides an unobstructed view of the crop and the cutterbar. The quiet, comfortable cab features an efficient air conditioning system and a passenger seat.

(1) The Smart Sieve cleaning system delivers higher-quality harvests thanks to unrivalled cleanliness, whatever the slope. The upper sieves and the pre-sieve are mounted on a patented system that allows forward, backward and lateral oscillations. The grain is then ideally distributed over the sieves. The system corrects the lateral movement of the upper sieve and the pre-sieve according to the crop, taking into account wind conditions and slope. So that the crop is evenly distributed, the lateral shaking of the sieves compensates for the effect of the slope.

(2) The knife on the Varifeed™ cutterbar has an adjustable fore/aft position of 500 mm! This adjustment is made electro-hydraulically from the cab. The floor of the cutterbar remains closed whatever the knife position, without the need for filler plates. Thanks to the variable distance between the knife and the feed auger, the Varifeed™ cutterbar is at ease in high-volume, long-straw crops.

(3) The Opti-Thresh™ system regulates threshing intensity to adapt threshing to crop conditions (grain maturity, yield, etc.), and a number of adjustments can be made. In addition to the rotor speed and concave clearance, which are adjustable from the cab, the rear section of the Opti-Thresh™ concave can be repositioned. It is fitted with hinges and can be moved away from the rotor to soften the rubbing action. The result: optimal straw quality.