Designed to remove stumps in residential, commercial and agricultural settings.
Required Hydraulics | High Flow XPS High Flow XPS | More |
Cutting Wheel Diameter - With Teeth | 22.0 in 547.0 mm | More |
Cutting Depth - Below Ground | 20.5 in 521.0 mm | More |
Cutting Head Extension | 11.0 in 280.0 mm | More |
Cutting Head Speed at Maximum Flow | 1230 rpm 1230 rpm | More |
Cutting Head Swing Range | 70 degrees 70 degrees | More |
Cutting Height - Above Ground | 18.5 in 470.0 mm | More |
Cutting Wheel Width - With Teeth | 3.3 in 83.0 mm | More |
Cutting Width - Full Swing Range | 60.0 in 1524.0 mm | More |
Drive Method | Gerotor Motor- Direct Gerotor Motor- Direct | More |
Drive Shaft Torque at Maximum Pressure | 346.0 lb/ft 469.0 N·m | More |
Motor Displacement | 6.2 in³ 100.0 cm³ | More |
Optimal Hydraulic Pressure | 207-310 bar (3000-4500 psi) 207-310 bar (3000-4500 psi) | More |
Overall Height | 32.0 in 813.0 mm | More |
Overall Length | 69.0 in 1737.0 mm | More |
Overall Width | 46.0 in 1175.0 mm | More |
Required Hydraulic Flow | 95-125 L/min (25-33 gpm) 95-125 L/min (25-33 gpm) | More |
Weight | 840.0 lb 400.0 kg | More |
Number of Carbide Teeth per Cutting Wheel | 32 32 | More |
Designed to economically remove stumps in residential, commercial and agricultural settings. Offers increased production over tow-behind grinders in situations where multiple stump removal is required.
Direct drive system features a variable speed, unidirectional, gerotor style motor for optimal cutting wheel speed and high torque for efficient grinding performance.
Heavy-duty cutting wheel and 32 bolt-on and replaceable carbide teeth provide maximum durability and cutting efficiency.
Adjustable cutting wheel swing, extension and depth for superior operator control.
Swing and extension are controlled hydraulically from the operator's compartment using an electro-hydraulic valve for greater productivity and swing cycle time efficiency.
Heavy-duty, dual height, pivoting stand feet provide a stable platform when grinding. Feet are adjustable to compensate for specific machine coupler-to-ground height and tire diameters.