Stihl Launches BT140, Its First Battery-Powered Auger
With battery tools becoming more widespread and more importantly, productive and reliable, it was only time before we saw augers or post-hole borers.
It optimises forage harvesting by taking into account harvesting volumes, the distance from the paddock to the stack (or clamp, in Europe), alongside optimising compaction performance in the stack to achieve the best quality forage. In addition, the app enables real-time communication using existing hardware.
It is available for iOS and Android, in English, German, French, Polish and Czech, so every member of the harvest team can install the app on their smart device free of charge to provide an intuitive overview for control of all the grassland harvesting machines.
The app allows farmers, managers or contractors to add paddocks and assign them to each of the machines.
This provides a clear overview of the paddocks to be harvested and their current status, for example whether they have been tedded, raked or the crop collected.
The integral algorithm calculates the optimal harvest sequence, displaying volumes, distance to the stack and the compaction performance, providing the drivers with information so they can deliver crop to the stack at regular intervals and avoid delivery peaks. In addition, it is also making it easier for those unfamiliar with the farm to find each paddock and the directions to the stack, using the integrated navigation system.
In the app, a machinery portfolio consists of loader wagons, rakes, mowers, tedders, mergers and round balers. Each member of the harvest team gets an overview of the work progress in the field. As soon as each stage of the process is finished, the tractor driver can change the field status.
