Efficient threshing – increases your yield.

Heavy, high inertia threshing cylinder

The weight of the threshing cylinder is increased by 8 bars, which are attached between the rasp bars. The massive inertia ensures smooth and uniform running. This significantly reduces the load on the drives as well as the power requirement and fuel consumption.

Smart concave

The concave features differentiated wire clearance. The clearance in the back section of the concave is twice as big as in the front area. This arrangement ensures an optimal ratio between good threshing capacity and high separation capacity. To optimise the threshing quality, you can adjust the concave independently at the front and back from the comfort of the cab.

2 systems in one

The Multi Crop Separator (MCS) Plus separator concave has a huge separation area. As much grain as possible is separated out before the crop even reaches the straw walkers. What is also special about our MCS Plus combines is that the separator concave can be swung up over the rotary separator. An electric motor brings the concave into the desired position – according to need; tools are not required.

Separator concave

Electrical threshing unit

Perfect at the front, and at the rear too: the front and rear concave openings can be adjusted independently and electrically. You can adapt the threshing unit to any possible harvesting conditions from the comfort of the cab.

MCS Plus, swung in

The separator concave is rotated under the Multi-Crop Separator (MCS). This setting improves the separation performance in long straw and wet conditions, enabling high output, even under difficult conditions.

MCS Plus, swung out

The separator concave is completely above the Multi Crop Separator. This setting is recommended primarily for crops that only require light threshing and in dry conditions.

Optimal chopping and spreading results.

Residual grain and straw management

Optimal residual grain separation

The long straw walkers on our C-Series each have 4 steps with “active back walls”. The 210°mm high vertical sections of the steps have open gratings. You can be sure that even the last grain is separated efficiently. Gentle handling of the crop maintains the structure of the straw optimally.

6-row straw chopper is standard

For conservation soil tillage and direct seeding operations, very short chopped material is essential to ensure fast decomposition of the straw. The new 6-row straw chopper has been specially developed and delivers optimal chopping and spreading results. The serrated knives ensure a clean cut and reduce power consumption. The infinitely adjustable counter knives, an additional pivoting dimple plate and electrically adjustable straw deflectors guarantee complete control over the quality and spreading of the chopped material.

Your choice

With only one hand movement, you control if the straw is to be swathed or chopped. The straw is handled gently during the threshing process, allowing you to produce the best quality straw for bales, fodder, bedding or energy production.

Straw walkers

The active back walls of the steps promote effective grain separation. We have strengthened the first step for grain maize harvesting.

Straw walkers
The active back walls of the steps promote effective grain separation. We have strengthened the first step for grain maize harvesting.
Straw chopper
An adjustable dimple plate is standard and ensures a uniform length of the chopped straw.
Electrically adjustable deflector plates
Electrically adjustable deflector plates are also available as an option. The distribution can always be best adjusted from the cab.
Moving a lever
Operators can switch quickly and easily between the swathing and chopping modes, simply by moving a lever.

Economical operations – different crops.

Exchangeable sectional concave

For arable farmers and contractors who need to harvest many different crops, the Fendt C-Series can be converted in a flash with the new sectional concave. The front concave segment can be easily removed and exchanged through the open stone trap. There are two front concave segments, one with 14 mm wire spacing for intensive threshing when harvesting grain and a segment with 24 mm wire spacing for maize, soybean or sunflower harvesting. For enhanced grain separation, the universal segment has a wire spacing of 24 mm at the rear.

Rice – the special version

Since harvesting rice poses very special challenges for a combine, we offer you a dedicated model for this application. To minimise material wear, many components here have been strengthened and manufactured from very low-wear material. We have replaced the bars on the threshing drum with pins to ensure gentle handling of the sensitive grains of rice. For harvesting on very moist ground, our rice models are equipped with crawler tracks.

Wheat

The 14-mm narrow wire spacing of the sectional concave produces perfect threshing results when harvesting grain.

Wheat
The 14-mm narrow wire spacing of the sectional concave produces perfect threshing results when harvesting grain.
Maize
Besides the sectional concave, extensive maize equipment is also available for maize harvesting.
Rice
Since harvesting rice poses very special challenges for a combine, we offer you a dedicated model for this application. To minimise material wear, many components here have been strengthened and manufactured from very low-wear material. We have replaced the bars on the threshing drum with pins to ensure gentle handling of the sensitive grains of rice. For harvesting on very moist ground, our rice models are equipped with crawler tracks.
Rape
The optional rape auger increases the crop flow to the crop elevator in high crops and enables an increased throughput rate.

Harvest the best quality.

Best cleaning – the cleanest sample

The quality of the grain determines your profit. When developing the shaker shoe, the focus was therefore on the use of high-capacity sieves to harvest the cleanest grain. The special surface of the high-capacity sieves (HC sieves) enables optimised wind flow and the highest cleaning performance. To ensure that the crop remains uniformly distributed on the sieves even on slopes, high partitions are attached to the upper sieve. The returns system transports the material that has not been optimally threshed back to the threshing cylinder. This is done very gently and evenly, because an auger above the cylinder distributes the material over the full width of the threshing unit.

Large grain tank emptied quickly

The grain tank has a large filling capacity, 9,000 l in the standard version and 8,600 l in the ParaLevel version. The unloading speed of 105 l/sec is one of the highest in this class. From the platform, you have easy access to the grain for sampling. For additional quality control, you also have a large window in the Skyline cab that looks directly into the grain tank.

Best cleaning – the cleanest sample

Large grain tank emptied quickly:
The grain tank has a large filling capacity, 9,000 l in the standard version and 8,600 l in the ParaLevel version. The unloading speed of 105 l/sec is one of the highest in this class. From the platform, you have easy access to the grain for sampling. For additional quality control, you also have a large window in the Skyline cab that looks directly into the grain tank.

Preparation floor

Fan

Grain auger

Rethresher auger

Lower sieve

Sieve extension

High-Capacity sieves (HC sieves)

Electrically adjustable sieves

You can control the electrically adjustable sieves from the comfort of the cab.

Returns sensor

A sensor measures the returns volume which is then displayed in the Varioterminal 10.4”, and allows for quick adjustment of the settings.

In very damp harvesting conditions, a clean preparation floor always ensures high throughout rate and optimal threshing quality. That’s why the preparation floor of the Fendt C-Series is easy and convenient to remove.

Chaff spreader

An adjustable chaff spreader with double rotor is available as an option.

The returns camera can be used to track the threshing quality at all times, and to react quickly and easily to the changing harvest conditions.

Grain tank capacities	litres
5275 C	9.000 l
5275 C PL	8.600 l
5275 C PLI	8.600 l
6335 C	9.000 l
6335 C PL	8.600 l

Intelligent slope compensation.

Optimum in-field and on-road characteristics

Besides the classic advantages of a chassis levelling system, the ParaLevel system offers additional beneficial features. For example, you can choose between a work and a transport mode. In work mode, higher stability and safety on slopes, because the outer width is increased. In transport mode, on the other hand, the front axle is lowered and the outer width is reduced. Both combine models – 5275 C PL* and 6335 C PL** – with an outer width of 3.50 metres, comply with traffic regulations.

* 5 straw walkers with 800/65 R32. ** 6 straw walkers with 650/75 R32

Integrale – additional longitudinal levelling

While the ParaLevel front axle compensates for sideto-side tilt, Integrale compensates for fore-to-aft tilt. The system compensates for up to 30% tilt uphill and up to 10% downhill.^*** With the combination of ParaLevel and Integrale, the machine can be kept completely horizontal, even on very steep slopes. This guarantees optimal, uniform crop flow in the feed area, threshing unit, straw walkers and the cleaning system guarantees a high threshing quality and clean grain sample. With our combines, you achieve the same high productivity on the steepest slopes as in flat terrain.

_{*** Levelling performance might change according to the tire and header configuration. Contact your local dealer for more information.}

Highly efficient – even on slopes

Our Fendt 5275 C and Fendt 6335 C combine models are available in a ParaLevel version. The system is based on a parallelogram and compensates for slopes up to 20%.^***The threshing unit and the entire separating and cleaning systems remain horizontal and the full power capacity is available for harvesting. ParaLevel machines can be equipped with 4WD and offer you more traction and greater safety – even on slopes.

The axles and final drives are connected to each other through a parallelogram structure. Hydraulic cylinders that are located on the sides of the front axle shift the parallelogram. This raises or lowers the front axle and levels the combine on slopes.