2025 Paper

2025 Paper

Traversal by Touch:

Tactile-Based Robotic Traversal with

Artificial Skin in Complex Environments

Traversal by Touch:

Tactile-Based Robotic Traversal with

Artificial Skin in Complex Environments

Tactile-Based Robotic Traversal Using Touch-Sensitive Skin in Complex Environments

Overview

Overview

Combining AI with a novel tactile ‘skin’ inspired by the star-nosed mole, this research enhances robotic traversal in confined or low-visibility spaces. By integrating predictive algorithms and bio-inspired design, it enables more efficient navigation, unlocking new applications in exploration and inspection.

DrMaz.ai

Overview

Combining AI with a novel tactile ‘skin’ inspired by the star-nosed mole, this research enhances robotic traversal in confined or low-visibility spaces. By integrating predictive algorithms and bio-inspired design, it enables more efficient navigation, unlocking new applications in exploration and inspection.