In the dynamic landscape of agriculture where each grain counts,  it is critical to leverage cutting-edge machinery and technology. A standout in this space is the CR6.80 combine harvester from New Holland, which significantly boosts farming productivity and efficiency with its innovative threshing mechanism and high-performing engine.

 

A flagship feature of the CR6.80 combine harvester is its Twin Rotor™ technology, meticulously engineered to maximize threshing efficiency and minimize grain loss. The system utilizes S3 rotors with a diameter of 43.18 cm and a notable length of 263.65 cm to make sure that every kernel is properly threshed in one go.

 

The CR6.80's threshing mechanism is characterized by its fixed rotor vanes and electrically adjustable concaves, offering a wrap angle of 86 degrees, which can be extended up to 121 degrees. The combine also features three separation grates per rotor with a wrap angle of 148 degrees, ensuring an efficient and thorough separation process, thereby minimizing grain damage and loss.

 

To cement this, the CR6.80 comes equipped with the Opti-Clean™ cleaning system and a self-levelling cleaning shoe. These, coupled with a total sieve area of 5.4 m² under wind control and remote control sieve setting, guarantee a clean grain sample, further enhancing the harvesting process's efficiency.

 

Fueling this sophisticated threshing mechanism is the powerful FPT Industrial engine that drives the CR6.80. This combine is powered by a Tier 3-compliant FPT Cursor 9 engine. This isn't just any engine – it's a powerhouse with a capacity of 8700 cm³ and a common rail injection system.

 

The performance of the CR6.80's engine is indeed commendable. The engine operates at a rated power of 230 kW or 312 horsepower at 2100 rpm, in accordance with ISO TR14396 - ECE R120 standards. This power can surge up to a maximum of 268 kW at 2000 rpm, delivering ample power for the most demanding harvesting conditions.

 

The engine's power is smoothly transferred via a 4-speed hydrostatic transmission, complete with remote gear shifting and a differential lock. Optional two-speed powered rear wheels provide additional power and traction in challenging terrains.

 

In Conclusion, the advanced threshing mechanism and potent engine of the New Holland CR6.80 together optimize harvesting efficiency. This bears testament to New Holland's unwavering commitment to innovation and their drive to deliver high-performing, precision agricultural solutions. With its sophisticated features and robust performance, the CR6.80 is poised to certainly ruffle some feathers.

 

If you're looking for a straightforward combine that's easy to operate, the Massey Ferguson 9695 is for you. The philosophy here is to stick with what works and improve upon it bit by bit. From the engine to the threshing action, they've kept the operator in mind.

But don't let simplicity fool you; it doesn't hold back when it comes to what matters…

The central feature of the MF 9695 is its innovative Trident threshing mechanism. This includes a 700 mm diameter rotor designed to ensure an equal flow of material through the rotor by means of a 360- degree input. This system reduces the likelihood of clogging by using spring-loaded concaves that yield and dump the material backward when the volume becomes too large. This process ensures a smooth and efficient harvesting experience, easing the harvest process and ensuring the operator spends his time where it's needed. Busy harvesting.

 

The heart of the MF 9695 is the AGCO Power engine. This engine, known for its reliability and performance, delivers an impressive 240 kW. This combine further sets itself apart by placing the engine and rotor in line with each other, ensuring maximum power transfer and harvesting efficiency. Furthermore, the MF 9695 also has a V-cooling system - a dual cooling setup in a V-shape, equipped with a sieve at the top and an independent reversing fan. This ensures that the engine stays cool, even under the most demanding harvesting conditions. The MF 9695 is designed with the farmer's needs in mind. Access to the engine is easy, through a large flap on the right side of the machine. This design ensures that engine maintenance and inspections can be effortlessly carried out. The air drawn in by the engine's air filter comes from the V-cooling system, meaning the ingested air is even cleaner than normal – an essential advantage in dusty conditions. Inside the cabin, the MF 9695 offers a spacious and comfortable operating environment. With its thin corner pillars that don't obstruct the line of sight and an easily accessible control panel at the right armrest, this machine sets a new standard in user-friendliness.

 

The Massey Ferguson 9695 is the newcomer of harvesting and introduces a new era of innovative and farmer- friendly technology in the agricultural industry. With its powerful AGCO Power engine, its efficient Trident threshing system, and its user-friendly design, this combine is ready to change the game and take farmers' harvesting process to new heights.

 

 

These combines have built a solid reputation around their reliable threshing mechanism and mechanical simplicity. It's a potent combination of proven technologies and innovative features that made it a significant player in this year's competition. The key to the Case IH 6150 lies in its well-known Axial-Flow system, an innovative design that has defined combine design and performance for decades. The Axial-Flow concept offers a way to thresh and separate grain in a single pass, combining efficiency and quality to deliver unmatched performance.

 

The Axial-Flow system uses a horizontally mounted rotor as the "beating heart" of the machine. As the material enters the rotor, it makes a spiral journey along the length of the rotor (Axial-Flow) and is effectively threshed. The design of the rotor is optimized to separate grain gently but effectively, minimizing grain damage and maximizing yield.

 

After the grain is separated, it goes through the highly efficient Cross-Flow Cleaning System. This system uses a series of sieves in combination with a high-volume Cross-Flow fan, designed in a unique chevron shape. The fan effectively blows away lighter material, while the heavier grain stays on the sieves, separating the grain from the chaff and straw in the process. The efficiency of this cleaning process is further enhanced by an optional feature: automatic fan speed adjustment, which ensures that the fan's speed is adjusted according to the slope of the terrain, thereby ensuring optimal cleaning performance and minimizing losses.

 

When it comes to power, the Case IH 6150 is certainly not lacking. The robust 260 kW FPT engine is designed for optimal fuel efficiency and stands its ground in all conditions. Paired with a direct mechanical drive system, it ensures an efficient power transfer for a wide range of components. This simplicity of drive lines reduces the need for complex maintenance and ensures reliable operation. 

 

As the descendant of one of the former winners, the Case IH 6140, the Case IH 6150 was undoubtedly one of the favourites for the Class 6 division this year.

 

The John Deere S760 combine harvester is a powerful machine that provides many benefits to farmers. One of its key features is the Combine AdvisorTM package which helps to set, optimize and automate main combine functions when conditions change. This package includes the ActiveYieldTM system which provides fully automated yield sensor calibration, supplying accurate data with no time spent calibrating.

 

 

The S760 also has a comfortable S700 cab that is common with tractors and sprayers for ease of use. The continued quality manufacturing of S-Series combines maximizes uptime and productivity.

 

In terms of technology, the S760 features the TriStream rotor which helps maximize fuel efficiency by reducing the force required to move material through the combine by as much as 20 percent. High capacity starts at the feeder house, where the S Series provides large areas of clearance for high volumes of crop to flow uninterrupted.

 

In terms of specifications, the S760 has a John Deere PowerTechTM PSS engine with a 9.0 L displacement and a rated power of 249 kW (333 hp)1. Its fuel capacity is 950 L (250 gal.)1. The rotor length is 312 cm (123 in.) and the rotor diameter is 76.2 cm (30 in.)1. The concave area is 1.1 m2 (11.8 sq ft) and the separating area is 1.54 m2 (16.6 sq ft)1. The total cleaning area (louvered) is 5.1 m2 (54.9 sq ft)1. The grain tank size is 10,600 L (300 bu) and the peak unloading rate is 127 L/s (3.6 bu/sec)1.

 

Overall, the John Deere S760 combine harvester provides many benefits to farmers through its advanced technology, ease of use, and high-quality manufacturing.