We just had to know!

With the help of the DLG, we pitted the Fendt IDEAL 9T against a competitor putting them both through their paces under the same conditions and criteria. Here were two mighty machines competing against each other, both equal in terms of their threshing capacity. The measurements focused on output, loss, broken grain and straw quality. The Fendt IDEAL 9T delivered not only good but excellent results in all these aspects. More output with lower losses, significantly less broken grain and far better straw quality.

The Fendt IDEAL 9T delivered a significantly flatter climb of the loss curve in the tested output range of 65 t/h and above than the competitor. Most importantly, the graphic shows that the IDEAL unleashes its full potential in the upper power range, at low levels of loss. So, we can see that it achieves a grain output of 89 tonnes at a loss of 1.01%, while the competitor recorded a loss of 3.36% at a grain output of 87.7 tonnes. It is in the high grain and overall output rates that the IDEAL demonstrates its true strengths compared to the competitor. With an expected loss threshold of 1%, this represents a healthy added performance of 21% per hour!

The Fendt IDEAL 9T also produced impressive results when it came to broken grain content. The percentage of broken grain was in the negligible range of 0.1% to 0.3% and that was in very dry threshing conditions (12.1% grain moisture). The percentage of broken grain of the competitor was between 0.8% and 1.5%. If you have 750 ha of field to thresh every year, that is an average of 0.8%* less broken grain which equates to €8,000 more yield a year (based on a yield of €185 per tonne of harvest).

_{*The share of broken grain of 0.8% represents the mean value across all measurements.}

The length ranges are worked out when the straw filters through the cascade sieve. In the tested range of long straw that was higher than the biggest measurable range, the IDEAL achieved a 2.65x higher content than the competitor. The IDEAL promises farmers more bales per hectare and, with that, greater yield.