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CASE 06 / Mechanisms

A soft robot that advances by tip growth

A flexible tube grows by eversion at its tip, offering another way to move around obstacles.

Stanford · Vine robot2017
A growing robot demonstrated on grass, from the researchers’ project website.
A growing robot demonstrated on grass, from the researchers’ project website.Image by Laura Blumenschein

Watch the video

Official Stanford research video · tip growth and obstacle experiments · Stanford · 1080p source video

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01 / STUDY

Mechanism and experiments

The Stanford robot advances as a flexible tube everts at its tip, allowing growth without sliding the entire established body forwards. The work explored locomotion through obstacles and camera carriage. Subsequent technology-development material discusses potential uses in body passages, walls and underground spaces.

02 / CONTEXT

Test conditions and scope

The work includes motion through obstacles and camera-carrying tests. Use in the body, walls or underground needs application-specific validation.

03 / SOURCE

Papers and primary sources

Stanford researchers develop a new type of soft, growing robot
Stanford University research team
Stanford Engineering · 2017 research report

Further reading