TAC is the name of Reichhardt’s row sensor. Particularly wear-resistant plastic row sensors are combined with a sophisticated sensor. Depending on the area of application, the row sensor can be used individually or in pairs. In any case, the TAC row sensor finds its way unerringly even at higher speeds – with maximum accuracy, regardless of weather conditions, clog-free, gentle on plants, and always reliable, even in stored corn.

Its advantages lie in its tolerance. It is not bothered by gaps in the crop and also adapts to the different row widths in corn cultivation. It needs resistance, which it finds in stable corn stalks and vines. While the TAC sensor has been tested in corn and wine cultivation, it can also be tried out in comparable crops, such as cotton or similar.

PSR ISO from Reichhardt is an automatic steering system that is ISOBUS-compatible and, in a unique way, uses sensors such as ultrasound or row sensors as well as satellite signals for track guidance across all manufacturers. All options for machine control can be used. Any ISO VT can be used for operation.

In row crops, PSR ISO, in combination with the flexible TAC row sensor, is clearly ahead of GNSS-based guidance systems, which use virtual AB lines as a basis. There are many reasons for this, especially when not all work steps in the field could be carried out with a high-precision RTK steering system from the outset.

PSR ISO TAC recognizes the row of plants and can therefore actively respond to the existing plant stock. In the case of permanent crops such as grapes, the vines change over their lifetime and therefore never have exact straight rows. But even corn plants are often not exactly on track due to wind damage. In these cases, you need PSR ISO TAC.