🚚 Free Worldwide Shipping on All Orders!Shop Now
HomeStore

Smooth Belt - 1/8D (14 ID)

Product image 1

Smooth Belt - 1/8D (14 ID)

A smooth (round) rubber belt for use in robotics, linear drives, and mechanical prototyping. The elastic construction applies tension when stretched and provides excellent grip between pulleys. Compatible with Actobotics and similar robotics building systems.

Key Features

  • Smooth Round Profile – Works with standard round-belt pulleys
  • Rubber Construction – Excellent grip and elasticity
  • Wide Temperature Range – -35°F to 250°F (-37°C to 121°C)
  • Durometer Hardness – A70
  • Stretch Factor – 12–26%

Ideal For

  • Linear drives and XY tables
  • Follow focus systems
  • 90-degree drives
  • Robot tracks and belt drives
  • Battery hold-downs

Specifications

  • Belt Diameter – 1/8"
  • Inside Diameter – 14"
  • Hardness – A70 Durometer
  • Temperature Range – -35°F to 250°F
Tip: A lower stretch factor (12%) applies less side-load to axles with less friction, while a higher stretch factor (26%) provides more resistance to belt deflection.
$9.65
Smooth Belt - 1/8D (14 ID)
$9.65

Product Information

Shipping & Returns

Description

A smooth (round) rubber belt for use in robotics, linear drives, and mechanical prototyping. The elastic construction applies tension when stretched and provides excellent grip between pulleys. Compatible with Actobotics and similar robotics building systems.

Key Features

  • Smooth Round Profile – Works with standard round-belt pulleys
  • Rubber Construction – Excellent grip and elasticity
  • Wide Temperature Range – -35°F to 250°F (-37°C to 121°C)
  • Durometer Hardness – A70
  • Stretch Factor – 12–26%

Ideal For

  • Linear drives and XY tables
  • Follow focus systems
  • 90-degree drives
  • Robot tracks and belt drives
  • Battery hold-downs

Specifications

  • Belt Diameter – 1/8"
  • Inside Diameter – 14"
  • Hardness – A70 Durometer
  • Temperature Range – -35°F to 250°F
Tip: A lower stretch factor (12%) applies less side-load to axles with less friction, while a higher stretch factor (26%) provides more resistance to belt deflection.