Rotary Tiller Tauros IGN-180

Rotary Tiller Tauros IGN-180

Tauros IGN-180 is a heavy-duty professional rotary tiller from the IGN series (Heavy Duty Rotary Tiller), designed for intensive agricultural use and operation in demanding soil conditions. With a large working width of 173 cm, massive construction, and a high number of blades, it is ideal for deep and thorough soil cultivation on farms, large plots, and for soil regeneration.

The tiller is designed for a rear three-point linkage (Category I) and driven by a 540 rpm PTO. Its construction is optimized for higher-power tractors, with a strong emphasis on stability, durability, and long-term operation without compromise.

Working Performance

With a 1.73 m working width, typical working speed of 4–6 km/h, and real working efficiency of 65–75%, the rotary tiller achieves:

👉 a real working capacity of approx. 4,500–7,500 m² per hour

Actual performance depends on:

• soil type and moisture,

• working depth,

• tractor power and weight.

Why choose Tauros IGN-180?

• Heavy-duty construction for professional use
  Reinforced frame, robust gearbox, and high overall weight ensure excellent durability and stable operation even in heavy and clay soils.

• High number of blades – 30 + 30 pcs
  A total of 60 blades on the rotor provide intensive, even, and high-quality soil pulverization across the entire working width.

• Large working width – 173 cm
  Significantly increases area coverage and reduces the number of passes on larger fields.

• Compatibility with powerful tractors (Category I)
  Designed for tractors with 50–65 HP, while maintaining compatibility with Category I (three-point linkage).

Technical Specifications

Tauros IGN-180 is designed for users who demand maximum durability, high performance, and long service life. It combines heavy-duty construction, a high blade count, and a wide working width into a single machine capable of handling challenging soil conditions and continuous professional use. The ideal choice for farmers who refuse to compromise between performance, soil cultivation quality, and machine longevity.