The study was carried out on three farms in Italy equipped with Lely Vector systems. The blocks were cut from the silage with a silage cutter, and placed in the feed kitchen. Three blocks per kitchen were then fitted with temperature sensors. Temperature and humidity sensors were also installed in the feed kitchens and outside, which created a clear picture of the influence of the outside temperature on the heating of the corn blocks.
In order to scientifically assess the quality of the feed, an independent laboratory measured samples of the silage blocks using Flieg’s score. The quality of new samples was measured in the same way after three days and after seven days.
The temperature of the corn blocks only rose by 2 ºC in three days, even though the average outside temperature was more than 30 ºC. Flieg’s score showed no change, even after seven days. This means accurate ensilaged roughage can be stored in blocks in a feed kitchen for several days without losing quality, even in hot weather.
Nov. 9, 2020
New feed grabber for the Lely Vector feeding system
Lely introduces a new feed grabber for the Lely Vector automatic feeding system. The feed grabber hangs in the feed kitchen and is used to load the mixing and feeding robot with an accuracy of up to 98%. The new design improves both the functionality and lifetime of the feed grabber bucket, and the maintenance costs.
Sept. 30, 2020
Lely improves the feed accuracy, capacity, mixing and cutting quality of the Vector feeding system
Lely introduces a faster auger motor for the Vector feeding system. The higher rotational speed of the auger improves the mixing and cutting quality. As a result, less mixing time is required, which increases the capacity of the feeding system. The faster auger motor also empties the mixing tub better. This increases the feed accuracy of the next ration.