Air Hoe Drills NEW

P2050, P2060, NEW P2070

P2060P2060

  • LARGE SEEDING WIDTH WITH NARROW FOLDING CONVENIENCE

    The P2060 air hoe drill delivers simple, precise seed placement with a working width of up to 70 feet. Transport and storage are easier than ever due to an innovative folding design. Because all tires are used during transport, the ride between fields is extremely smooth.
  • MULTIPLE CONFIGURATIONS FOR ADDED FLEXIBILITY

    The P2060 features configuration choices to match your seeding style, including conventional C-shanks and vertical edge-on shanks to reduce soil disturbance and provide better cutting through heavy surface residue. For tough conditions and double-shoot operations, 350-pound standard trips or 550-pound trips are available.
  • CUSTOMIZED OPENERS AND CLOSING OPTIONS

    A wide array of Stealthâ„¢ openers for single-shoot, double-shoot, side-band and paired rows let you place seed and fertilizer precisely where you choose. Customized soil closing options include single-bar, heavy harrow or disc levelers.
  • UNMATCHED DEPTH ACCURACY

    The P2060 model includes a flexible frame that allows each wing and press wheel to follow the contours of the ground independently without affecting adjacent sections for unmatched depth accuracy. This superior flexibility also minimizes frame stress for more durability than traditional welded joints.
  • GREATER ACCURACY WITH TWO-PIECE WING

    A patented two-piece wing delivers precise depth accuracy from the front to the rear of the machine. The front two ranks follow the terrain at a depth set by the nearby caster assemblies, and the rear two ranks follow the ground on which the press wheels run. Single-point depth setting provides simple, exact, repeatable seed depth control across the entire machine.
  • PATENTED PACKING SYSTEM ALLOWS EASY CHANGES

    Multiple packing choices include gang style press wheels in semi-pneumatic, steel or walking beam pneumatic. The exclusive variable packing pressure system allows you to easily change packing pressure from field to field for greater efficiency.