A11 Auger
- Drive Shaft Torque @ Max Pressure
- 815 lb ft
- Drive Method
- Gerotor Motor - Direct Drive
- Mounting Bracket Design
- Mini Hydraulic Excavator
A11 Auger
- Drive Shaft Torque @ Max Pressure
- 815 lb ft
- Drive Method
- Gerotor Motor - Direct
- Mounting Bracket Design
- Mini Hydraulic Excavator
A23 Auger
- Drive Shaft Torque @ Max Pressure
- 1,700 lb.ft
- Drive Method
- Gerotor Motor - Direct Drive
- Mounting Bracket Design
- Skid Steer Loader, Compact Wheel Loader
A23
- Drive Shaft Torque @ Max Pressure
- 1,700 lb ft
- Drive Method
- Gerotor Motor - Direct Drive
- Mounting Bracket Design
- Mini Hydraulic Excavator
A23 Auger
- Drive Shaft Torque @ Max Pressure
- 1,700 lb ft
- Drive Method
- Gerotor Motor - Direct Drive
- Mounting Bracket Design
- Mini Hydraulic Excavator
A41 Auger
- Drive Shaft Torque @ Max Pressure
- 3,040 lb ft
- Drive Method
- Gerotor Motor - Single Planetary Reduction
- Mounting Bracket Design
- Mini Hydraulic Excavator
A41 Auger
- Drive Shaft Torque @ Max Pressure
- 3,037 lb.ft
- Drive Method
- Gerotor Motor - Single Planetary Reduction
- Mounting Bracket Design
- Skid Steer Loader, Compact Wheel Loader
A41 Auger
- Drive Shaft Torque @ Max Pressure
- 3,040 lb ft
- Drive Method
- Gerotor Motor - Single Planetary Reduction
- Mounting Bracket Design
- Mini Hydraulic Excavator
A68 Auger
- Drive Shaft Torque @ Max Pressure
- 5,040 lb ft
- Drive Method
- Gerotor Motor - Double Planetary Reduction
- Mounting Bracket Design
- Mini Hydraulic Excavator
A68 Auger
- Drive Shaft Torque @ Max Pressure
- 5,034 lb.ft
- Drive Method
- Gerotor Motor - Double Planetary Drive
- Mounting Bracket Design
- Skid Steer Loader, Compact Wheel Loader
A68 Auger
- Drive Shaft Torque @ Max Pressure
- 5,040 lb ft
- Drive Method
- Gerotor Motor - Double Planetary Reduction
- Mounting Bracket Design
- Mini Hydraulic Excavator