DR Power 166311 30" Heavy-Duty Brush Blade Replacement

DR Power 166311 Brush Blade

Thicker and heavier than the Multi-Purpose brush blade that is shipped standard on all DR Field and Brush Mowers. The extra weight and mass create greater momentum as the blade spins, which makes it easier and faster to cut tough, woody material. 

The Heavy-Duty Brush Blade is sharp on both sides, so it can be reversed to provide a fresh edge. 

The 30" Heavy-Duty Brush Blade is compatible with:

• Any 30” wide Self-Propelled DR Field and Brush Mower

Features:

30" Wide 

• The DR Power 166311 is a high-capacity, 30-inch replacement blade designed for the largest walk-behind and tow-behind brush mowers in the DR lineup. Built for high-volume land management, this blade is engineered to provide the maximum possible cutting swath for rapid property maintenance.
  

Multipurpose design 

• The DR Power 166311 is a professional-grade, large-format cutting component designed for the most versatile land management applications. This 30-inch replacement blade is engineered to bridge the gap between heavy-duty brush clearing and rough-cut field maintenance.
  

Extra weight and mass for greater momentum

• The DR Power 166311 is a high-inertia replacement blade designed specifically for the most demanding land reclamation projects. It utilizes a heavy-duty steel profile to maximize kinetic energy during operation, ensuring that the mower maintains its cutting velocity even when encountering dense, woody resistance.
  

Designed for wood materials 

• The DR Power 166311 is a large-format, high-impact replacement blade engineered specifically for the extreme mechanical stress of clearing woody vegetation. It is designed to replace standard field blades with a more aggressive, wood-shredding alternative for property reclamation.
  

Sharp on both sides 

• The DR Power 166311 is a high-capacity, 30-inch replacement blade designed for professional-grade land management. Engineered for durability and reduced maintenance, this blade features a specialized geometry that allows for maximum utilization of the steel.