Disc harrows
The best soil movement
A uniform level finish with the best mixing performance meets farmer's and contractor's expectations in the field. To achieve this, PÖTTINGER has optimised the geometry, size, plus both mounting angle and soil entry angle of the discs. The result: low draft, perfect penetration, the best tilth and mixing effect, even in dry soil. The high tare weight of the TERRADISC also ensures the dependable performance of this disc harrow.
This makes TERRADISC disc harrows suitable for versatile use all year round. From seedbed preparation and shallow stubble cultivation in summer to sowing cover crops, spreading fertiliser and incorporating cover crops, the TERRADISC is up to any task.
Clever tillage tools
The TWIN ARM system features two solid forged carrier arms that are welded to a very wide clamping bracket. This ensures that the discs always retain their position and angle. Even in heavy, dry soil it is impossible for them to deviate to the side. Hard wheel marks are broken up reliably as a result.
Choose the scalloped or plain discs, both are rugged and made of special heat-treated steel with a diameter of 580 mm. The combined effect of an aggressive soil entry angle and optimised mounting angle ensures reliable performance in moving the whole surface, even at shallow working depths starting at 5 cm.
Indispensable equipment options
With the optional leading tillage tools such as the front board and the knife roller, your TERRADISC T gains additional flexibility. Regardless of whether preparing a seedbed, cultivating stubble or incorporating and chopping a cover crop and harvest residues, you can respond to the site-specific operating conditions.
In combination with the AMICO front hopper and the distribution system for the TERRADISC, fertiliser and seed material can be deposited during tillage. This saves on the number of passes and ensures efficient use.
Conserves the soil at the headland
At the headland, the trailed TERRADISC models are lifted and supported by the rear roller. In addition to saving precious time because there is no need to lower the transport chassis, the soil at the headland is conserved because the weight of the machine is distributed across the entire width of the rear roller.