STORM U626 subsoiler – enhanced soil loosening, improved water retention, and optimized farming costs | Gallery

Subsoiler Rolmako STORM U 626 at work in the field, enhancing soil aeration.

STORM U 626 – precise subsoiling without disturbing structural soil layers.

Use of the U 626 subsoiler in conservation farming – elimination of plough pan.

Rear view of the machinery – roller optimizing the soil surface after subsoiling.

Durable frame and high-grade steel ensure long-lasting farm machinery performance.

Subsoiler design with optional tubular roller for precise soil consolidation.

STORM U 626 subsoiler with tines fitted with replaceable tips for intensive soil work.

Stationary sub soiler – compact build adapted to varying soil conditions.

Tooth suspension system in STORM U 626 subsoiler for enhanced machine protection.

Rolmako STORM U 626 subsoiler in the field – precise soil loosening.

U 626 – robust construction and solid farm machinery frame.

U 626 subsoiler tine in action – effective loosening without soil inversion.

Rolmako U 626 in no-till cultivation – improving soil structure and boosting yields.

Working depth adjustment in U 626 subsoiler – tailored to different conditions.

Beam with OFAS discs behind roller – improved mixing of crop residues.

Subsoiling in dry conditions – improving soil water retention.

STORM U 626 subsoiler test on compact soils – efficient soil loosening.

Strong and durable subsoiler frame – built for demanding conditions.