Trimble R71202254 re-design

Trimble R71202254 re-design 3d printed
Trimble R71202254 re-design 3d printed
Trimble R71202254 re-design 3d printed
Trimble R71202254 re-design 3d printed
Trimble R71202254 re-design 3d printed
Trimble R71202254 re-design 3d printed
Trimble R71202254 re-design 3d printed
Trimble R71202254 re-design 3d printed
Trimble R71202254 re-design 3d printed
Trimble R71202254 re-design 3d printed
Trimble R71202254 re-design 3d printed
Trimble R71202254 re-design 3d printed
Trimble R71202254 re-design 3d printed
Trimble R71202254 re-design 3d printed
Trimble R71202254 re-design 3d printed
Trimble R71202254 re-design 3d printed
Trimble R71202254 re-design 3d printed
Trimble R71202254 re-design 3d printed
Trimble R71202254 re-design 3d printed
Digital Preview

Not a Photo

Trimble R71202254 re-design 3d printed
Trimble R71202254 re-design 3d printed
Digital Preview

Not a Photo

3d Model Viewer
  • White Strong & Flexible

    White nylon plastic with a matte finish and slight grainy feel.

    $14.77

About this Product

This is a re-design of the Trimble robotic 600 series radio clip. The stock clips break constantly from stress at the right angle bend. I have radius-ed the inside of the bend and significantly thickened the wall at the bend. I intended this for sintered nylon printing, but, the design does meet stainless printing if someone wants to be sure it would not break.

There is also a radio cradle for broken cases.

For my surveying models click here.

Dimensions

IN: 2.95 w x 0.392 d x 0.976 h
CM: 7.492 w x 0.996 d x 2.48 h
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  • White Strong & Flexible

    White nylon plastic with a matte finish and slight grainy feel.

    $14.77
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