Bobcat Company Expands Flail Mower Attachment Offering for Compact Excavators

204652-t6k1362-13r3-fc_fc_one_colComplete tough land-clearing projects with ease with the new Bobcat® 40-inch FMR flail mower attachment. This flail mower model is available for use with Bobcat E63, E80 and E85 excavators.

The flail mower attachment provides optimal safety, performance and uptime protection in mowing and land-clearing applications such as cleaning ditches, hillsides, utility right-of-ways and riverbanks, as well as maintenance for parks and recreational trails.

Safety features

The flail mower has multiple safety features, such as a side safety chain within the housing unit to help deflect and contain debris that could be thrown during operation. Additionally, a rotor brake stops the flail mower from full speed in seven seconds or less when the flail mower hydraulics are deactivated.

Cut more efficiently

Compact excavator owners who need a smooth cutting motion to rip through hard and soft woods, vines, grass and brush will appreciate the flail mower’s triple-knife design. The compact deck allows the flail mower to manage varying ground contours and hard-to-reach places, maintaining surface contact for efficient cutting.

The direct-drive motor excels in aggressive cutting applications, providing an optimal balance between torque and rpm. The popular X-Change™ attachment mounting system makes it easy to connect the 40-inch FMR flail mower to the E63. A pin-on mounting system or optional pin-grabber quick coupler option are available for connecting the 40-inch FMR flail mower to the E80 and E85 excavators.

Reduce downtime

To help keep up with various land-clearing jobs and to reduce machine downtime, the 40-inch FMR flail mower features:

  • Reversible flails: Provides bi-directional rotation by switching the hydraulic hoses at the drive motor.
  • Rubber torsion disc: Absorbs stress forces encountered during operation.
  • Heavy-duty flanges: Protects the drive train from dust and debris, and prevents wires from damaging the drive train mechanism.

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