Disk gang position can be laterally adjusted using the gang-mounted turnbuckle.
Smoother, more level seedbed floor. SPEED-TILLER
COMPETITION Rough seedbed floor with compacted valleys and humps.
Note: Field tests conducted by Case IH agronomists evaluated residue coverage, residue sizing, levelness, clod sizing and seedbed floor. Conditions in your area may differ.
THE ONLY AGRONOMICALLY CORRECT HIGH-SPEED SEEDBED
Every Case IH soil management tool must contribute to delivering agronomic performance to earn the Agronomic Design badge — but that designation doesn’t come easy. Extensive multi-season field tests conducted by Case IH agronomists proved the Speed-Tiller high-speed disk to be the only agronomically correct machine of its kind on the market . In field tests, competitive disks proved to only work some of the soil, while the Speed-Tiller worked the entire soil profile. The Speed-Tiller thoroughly tills the soil while cultivating weeds, aerating the soil and mixing residue. It creates a smoother, more level subsurface floor, complementing accurate seed placement and young root development.
SOIL QUALITY FOR STAND AND PLANT PERFORMANCE
DIGS LIKE A DISK – FINISHES LIKE A FINISHER
• In fall, set the Speed-Tiller to run deeper (3 to 6 inches) while the exclusive constant level adjustment puts usable weight on the blades to penetrate the hardest soil conditions. • In spring, work at shallower depths and choose from three conditioner options to meet the needs of different soil types and conditions. • Hydraulically positioned conditioner allows the operator to lift the conditioner roller in muddy conditions. A mechanically adjusted conditioner option is also available for simple and easy adjustment of pressure.
• Maximizing yield potential starts with soil quality — Case IH research has shown that growers can dramatically reduce the risk of emergence problems in the spring by reducing both clod and valley sizes out the back of a tillage pass. – The Speed-Tiller delivers aggressive residue sizing and mixing for more rapid nutrient cycling , effectively handling today’s realities of high plant population, tough Bt corn residue and earlier planting dates. • Below the surface of the soil, competitive high-speed disks often create compacted ridges due to the angle and positioning of the front and rear blades. – Compacted ridges can hurt young seedling growth and development and lead to inconsistent emergence — impacting yields.
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