New Holland CR

The world leader in productivity. Discover a new dimension in harvesting. Over 40 years ago, New Holland revolutionized the domain of harvesting by introducing the innovative Twin Rotor™ technology for combine harvesters. Currently, the latest models of the CR series grain combine harvesters continue the tradition of purebred rotor-type systems and offer the best quality of harvested grain and straw to the agricultural producers thanks to mechanisms utilizing gentle multi-pass action. The CR series features the most powerful and productive machines of the new generation. The brand new Harvest Suite™ Ultra cabin provides the highest level of ergonomics and comfort during harvesting.

Innovative features, including SmartTrax™, IntelliCruise™, IntelliSteer® and Opti-Spread™, improve productivity and, combined with the Dynamic Feed Roll™ technology, ensure the absolute leadership of the CR series that comprises the most advanced and productive crop harvesters worldwide.

Parameters

Grain hopper volume, l

Models

Threshing-separating device type

Rated power output, hp

Manufacturer / model of the engine

Swept capacity of the engine, l

Fuel tank volume, l

Operating width of the grain swather, m

Rotor diameter, mm

Rotor length, mm

Overall cleaning system area, m2

11500/12500

CR7.90 / CR9.80

Rotor-type

389 / 489

FPT / Cursor

8,7 / 12,9

750 / 1000

6,1-9,15 / 7,62-12,5

432 / 559

2638

5,4 / 6,5

New Holland CX8000

Welcome to the world of super-powerful grain harvesters. Since their introduction in 2001, New Holland CX combines have been holding the leading positions in the segment of super-powerful combine harvesters. During this period, more than 15000 units were produced, which is an excellent confirmation for a long history of success. The CX8 series offers impressive performance and even greater load-carrying capacity. Please welcome the industry’s exclusive new addition: adaptive straw separators offering variable operation speed (Opti-Speed™) for excellent separation that meets individual requirements. Utilized in combination with already well-known systems, including Smartrax™, Opti-Fan™, Opti-Clean™ and Opti-Spread™, it means that your crop is in safe hands.

Parameters

Grain hopper volume, l

Models

Threshing-separating device type

Rated power output, hp

Manufacturer / model of the engine

Swept capacity of the engine, l

Operating width of the grain swather, m

Thrashing drum diameter, m

Thrashing drum width, m

Number of straw separator sections

11500

CX8.80

Classical

360

FPT / Cursor

8,7

1000

6,1-12,5

0,75

1,56

6

Overall cleaning system area, m2

6,5

Fuel tank volume, l

New Holland CX5000

New Holland combine harvesters of the CX5000 and CX6000 series are renowned for their supreme throughput. The state-of-the-art threshing and cleaning systems installed on these machines allow for harvesting at maximum operating speed, providing high productivity that remains unsurpassed day after day.

The special thrashing concave design and a wide range of adjustments for different crops make it possible to optimally and quickly set up the CX harvester for harvesting under any conditions. A large selection of grain and row crop harvesting headers ensure maximum versatility of use for the combine.

Parameters

Grain hopper volume, l

Models

Threshing-separating device type

Rated power output, hp

Manufacturer / model of the engine

Swept capacity of the engine, l

Fuel tank volume, l

Operating width of the grain swather, m

Thrashing drum diameter, m

Thrashing drum width, m

Number of straw separator sections

8000

CX5090

Classical

272

FPT / NEF

6,7

580

4,57-7,32

0,6

1,3

5

Overall cleaning system area, m2

4,32

New Holland CX6000

New Holland combine harvesters of the CX5000 and CX6000 series are renowned for their supreme throughput. The state-of-the-art threshing and cleaning systems installed on these machines allow for harvesting at maximum operating speed, providing high productivity that remains unsurpassed day after day.

The special thrashing concave design and a wide range of adjustments for different crops make it possible to optimally and quickly set up the CX harvester for harvesting under any conditions. A large selection of grain and row crop harvesting headers ensure maximum versatility of use for the combine.

Parameters

Grain hopper volume, l

Models

Threshing-separating device type

Rated power output, hp

Manufacturer / model of the engine

Swept capacity of the engine, l

Fuel tank volume, l

Operating width of the grain swather, m

Thrashing drum diameter, m

Thrashing drum width, m

Number of straw separator sections

8000 / 9300

CX6080 / CX6090

Classical

272/299

FPT / NEF

6,7

580

4,57-9,14 / 5,18-9,14

0,6

1,56 / 1,56

6/6

Overall cleaning system area, m2

5,2 / 5,2

New Holland TC5.90

Thousands of farmers around the world believe that the TC series of combines far exceeds their expectations. The productivity of TC combines is excellently suited for mixed or small-scale crops, where quality and reliability are important. The new comfortable Harvest Suite™ cabin provides the optimal conditions for the driver, creating a comfortable working environment during the long days of harvesting. The new stylish Harvest Suite™ cabin is mounted on insulated blocks and provides increased movement smoothness and a noise level of only 74 dB(A). The appealing furnishings and easily accessible panels not only guarantee the ease of maintenance, but also reflect the professionalism of the TC series in every detail.

Parameters

The total area of threshing and separation,m2

Models

Thrashing-separating device type

Rated power output, hp

Manufacturer / model of the engine

Swept capacity of the engine, l

Fuel tank volume, l

Operating width of the grain swather, m

Thrashing drum diameter, m

Thrashing drum width, m

Number of straw separator sections

6,5

TC5.90

Classical

240

FPT / NEF

6,7

400

3,96-6,1

0,6

1,3

5

Overall cleaning system area, m2

4,3

Grain hopper volume, l

6400

Case IH Axial-Flow 150

Designed for high performance

The Case IH Axial-Flow combine harvesters appeared in the USA in 1977. For 35 years, these machines have been continuously upgraded, making the Axial-Flow system the leading technology in the industry. Each component in the Axial-Flow 150 harvester is designed to increase productivity. Thanks to convenient access to service points, all work can be completed within the minimum period of time. In addition, the crop residue management system switches quickly and easily between scattering and ridging, ensuring an even distribution of the matter, which is extremely important for modern farming methods.

Parameters

Grain hopper volume, l

Models

Threshing-separating device type

Max. power output, hp

Manufacturer / model of the engine

Swept capacity of the engine, l

Fuel tank volume, l

Operating width of the grain swather, m

Rotor diameter, mm

Rotor length, mm

Overall cleaning system area, m2

10570

5150 / 6150 / 7150

Rotor-type

315 / 409 / 436

FPT
NEF / Cursor / Cursor

6,7 / 8,7 / 8,7

550 / 950 / 950

4,9 – 9,1

762

2794

5,4

Case IH Axial-Flow 250

The Case IH Axial-Flow® combine harvesters once again set new standards in agriculture and easily deal with such difficult conditions as harvesting high-yield crops, climate change or the need for a sharp increase in productivity and efficiency. Case IH, having developed a single-rotor Axial-Flow design for self-propelled combines, is continuously improving this technology to increase equipment productivity. The design of the conveyor, rotor, grain hopper, unloading system and automatic adjustment functions ensures high throughput and facilitates harvesting. The Case IH Axial-Flow combine harvesters of the 250 series are equipped with the latest AFS Harvest Command automated harvesting technology, which ensures the adjustment of combine settings to changing harvesting conditions without the operator’s involvement.

Parameters

Grain hopper volume, l

Models

Threshing-separating device type

Max. power output, hp

Manufacturer / model of the engine

Swept capacity of the engine, l

Fuel tank volume, l

Operating width of the grain swather, m

Rotor diameter, mm

Rotor length, mm

Overall cleaning system area, m2

14400

7250 / 8250 / 9250

Rotor-type

490 / 563 / 625

FPT Cursor

11,1 / 12,9 / 15,9

1125 / 1125 / 1200

6,1 – 13,7

762

2638

6,5

New Holland FR

For more than half a century, New Holland has been a leader in the harvesting sector, presenting a complete set of leading solutions that have fundamentally changed the way harvesting is done in our time. The industry's best grinding efficiency is complemented by unsurpassed operator comfort thanks to the installation of the IntelliView™ IV monitor. New Holland has achieved a significant increase in power and productivity by improving the culture supply and redesigned the body structure. The industry's largest cutting head with a diameter of 900 mm is characterized by exceptionally high levels of inertia, and in combination with a large cutting area guarantees maximum output and constant cut length.

Parameters

Chopping drum diameter, max/min, mm

Models

Chopping drum

Rated power output, hp

Manufacturer / model of the engine

Swept capacity of the engine, l

Fuel tank volume, l

Drum rotation speed at engine’s 2100 rpm

Chopping drum width, mm

Max. unloading spout height, mm

Unloading spout pivot angle

710 / 690

FR450 / FR500

V-shaped with 2 knife rows

395 / 466

FPT / Cursor

8,7 / 12,9

1040

1130

884

6400

210°

New Holland FR FORAGE

For more than half a century, New Holland has been at the forefront of the forage preparation industry through the development and implementation of a variety of innovative industry solutions that have fundamentally changed the modern way of forage production. The industry's highest efficiency numbers in terms of forage material breakdown are combined with the unrivaled comfort of working conditions for the operator. New Holland has achieved a significant increase in power output and productivity by improving the feeding of agricultural crops into the machine. It also redesigned the machine’s body structure, giving it a streamlined, tapering shape.

Parameters

Chopping drum diameter, max/min, mm

Models

Chopping drum

Max. power output, hp

Manufacturer / model of the engine

Swept capacity of the engine, l

Fuel tank volume, l

Drum rotation speed at engine’s 2100 rpm

Chopping drum width, mm

Max. unloading spout height, mm

Unloading spout pivot angle

710 / 690

FR450 / FR500 / FR650 / FR780 / FR920

V-shaped with 2 knife rows

450 / 498 / 653 / 775 / 911

FPT
Cursor 13L / Cursor 13L / Cursor 16 / Cursor 16L / V20

12,9 / 12,9 / 16 / 16 / 20,1

1200

1130

884

6400

210°

New Holland Braud

Since the very beginning of production in 1975, BRAUD grape harvesters have been ensuring the highest quality and productivity of harvesting. The modern BRAUD 9000L series is also based on the time-tested traditional BRAUD design: the SDC shaking system with the elastic fastening of the rear rods and the rapid activation of the front rods, gently shaking and separating the racemations. The NORIA bucket catcher system has revolutionized the mechanization of grape harvesting and continues to be the most in-demand system for grape cultivation and harvesting. These proven BRAUD systems have been improved and upgraded. Now they are capable of working with large conveyors, highly productive cleaning fans and the best grape stemming systems. This made it possible to enhance the cleaning process and the quality of harvesting.

Parameters

Hopper volume, l

Models

Vineyard type

Max. power output, hp

Manufacturer / model of the engine

Fuel tank volume, l

Number of shaking rods

Length of the closed section with buckets, mm

Number of buckets

Minimum height for harvesting, mm

2600 / 3200 (option)

Wide-row ( > 1,8 m)

141 / 151 / 163 / 175

FPT

260

14

2300

Braud

2х63

150

Equipment

Brands

Dealers

Miscellaneous

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