Compare Products

Home › Showroom › Compare Products
2023 Bobcat 66 in. Root Grapple in Caroline, Wisconsin
2023 Bobcat 66 in. Root Grapple in Caroline, Wisconsin
2023 Bobcat 66 in. Root Grapple in Caroline, Wisconsin
2023 Bobcat 66 in. Root Grapple in Caroline, Wisconsin
Previous Next
2023 Bobcat 66 in. Root Grapple
2023 Bobcat 66 in. Root Grapple in Caroline, Wisconsin
2023 Bobcat 66 in. Root Grapple in Caroline, Wisconsin
2023 Bobcat 66 in. Root Grapple in Caroline, Wisconsin
2023 Bobcat 66 in. Root Grapple in Caroline, Wisconsin
Previous Next
2023 Bobcat 66 in. Root Grapple

Specs

General Information

Manufacturer
Bobcat
Bobcat
Model Year
2023
2023
Model
66 in. Root Grapple
66 in. Root Grapple
Model Code
NA
NA
Color
Black
Black

Dimensions

Height - Closed
34.4 in.
34.4 in.
Length - Closed
42.8 in.
42.8 in.
Width
66 in.
66 in.
Height - Open
52.3 in.
52.3 in.
Weight
Operating - 961 lb.
Operating - 961 lb.
Height
34.2 in.
34.2 in.
Length
42.8 in.
42.8 in.

Operational

Number of Teeth
Number of grapple tines - 2
Number of grapple tines - 2
Maximum Number of Teeth

Factory - 8

Possible - 8

Factory - 8

Possible - 8

Features

Features

  • CURVED SKELETAL TOOTH DESIGN: A curved, skeletal tooth design allows dirt to fall on site while materials are picked up without driving the teeth into the ground.
  • FULLY ENCLOSED MOUNTING FRAME: The fully enclosed mounting frame extends wear life by minimizing flexing in the frame.
  • INERTIA-WELDED CYLINDER ENDS: As a Bobcat® exclusive design, the inertia-welded cylinder ends deliver strong, smooth operation by improving hydraulic cushioning at the end of the stroke.

Features

  • CURVED SKELETAL TOOTH DESIGN: A curved, skeletal tooth design allows dirt to fall on site while materials are picked up without driving the teeth into the ground.
  • FULLY ENCLOSED MOUNTING FRAME: The fully enclosed mounting frame extends wear life by minimizing flexing in the frame.
  • INERTIA-WELDED CYLINDER ENDS: As a Bobcat® exclusive design, the inertia-welded cylinder ends deliver strong, smooth operation by improving hydraulic cushioning at the end of the stroke.