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Difficulty: MediumRouters and Power Planers

A woodworker is shaping the outer edge of a rectangular hardwood tabletop using a handheld router whose bit spins clockwise when viewed from above. To maintain positive control of the tool and prevent dangerous kickback caused by climb cutting, in which direction should the router be moved around the tabletop perimeter?

  1. A
    Clockwise around the perimeter so the bit pulls the tool forward
  2. Counter-clockwise around the perimeter against the bit's rotationAnswer
  3. C
    In a back-and-forth reciprocating stroke along each edge
  4. D
    Straight across the grain first at maximum plunging depth

Answer

Counter-clockwise around the perimeter against the bit's rotation
When routing the outside edges of a workpiece with a standard clockwise-spinning router, moving counter-clockwise ensures conventional cutting. In conventional cutting, the bit rotates directly against the direction of feed, providing predictable resistance and keeping the router securely against the edge.

Step-by-Step Solution

1
Determine the rotational direction of the cutting tool
A standard handheld router bit rotates clockwise when viewed from above the tool base.
The direction of bit rotation determines how the cutting flutes engage the workpiece material.
2
Apply the fundamental rule of power tool feed direction
The workpiece or tool must be fed against the rotation of the cutting blade/bit (conventional routing).
Feeding against rotation creates continuous cutting resistance, preventing the rotating cutter from self-feeding and grabbing the workpiece.
3
Determine the path along the exterior perimeter
Traveling counter-clockwise around an external edge positions the right-hand cutting action against the direction of tool travel.
Counter-clockwise exterior travel ensures steady feed rate, smooth surface finish, and maximum operator safety.

Key Concept

Router feed direction and climb cutting prevention
Estimated Time:1m 0s
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Topics

Routers and Power Planers

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