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  • HTS wire critical-current database
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  • News
  • Contact
  • Industry partnerships
  • HTS-110
  • Fabrum Solutions
  • Research
  • Superconductivity
  • Electromagnetics
  • Material science
  • Space research
  • Quantum technologies
  • Robotics
  • Case studies
  • Facilities and services
  • Testing superconductor wires
  • Electron microscopy
  • Growing single crystals
  • Supercurrent facility
  • Electron microscopy
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  • Master of Engineering by thesis
  • Project interns
  • International students
  • Summer research assistants
  • HTS wire critical-current database
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Paihau Paihau Robinson Research Institute
  • Paihau / Robinson Research Institute
  • About
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    • Bill Robinson
    • News
      • News archive
        • News 2018
        • News 2017
        • News 2016
        • News 2015
        • News 2014
        • News 2012
        • News 2011
        • News 2009
    • Contact
  • Industry partnerships
    • HTS-110
    • Fabrum Solutions
  • Research
    • Superconductivity
      • Freeing machines from friction
      • Using magnet excitation to supply current
      • Superconductor Roebel cable
      • Made-to-measure magnets
      • Protecting superconductor magnets
      • Superconductors in space
    • Electromagnetics
      • Nuclear magnetic resonance
      • Making MRI more accessible
      • MRI for the rest of the world
      • The SuperCurrent machine
      • Testing superconductor wires
      • High-field magnets
    • Material science
      • Room-temperature superconductors
      • Electron microscopy
      • Magnetic fields for fault detection
      • Spectroscopy
      • Magnetic composites
      • Growing single crystals
      • Spintronic devices
      • Tailor made magnetic sensors
      • Zero-CO₂ metals
    • Space research
      • Applications and projects
        • Heki Mission
        • Applications
      • Space facilities
      • Team
    • Quantum technologies
      • Cryogenic memory
      • Projects
      • Quantum Technologies Aotearoa
      • Team
    • Robotics
      • Projects
        • Navigating the future
        • Tip-over stability
      • Robotics @ Robinson
      • Our team
    • Case studies
      • MRI for the rest of the world
      • The SuperCurrent machine
      • A superconducting transformer
      • Electrifying the aviation sector
  • Facilities and services
    • Testing superconductor wires
    • Electron microscopy
    • Growing single crystals
  • Supercurrent facility
  • Electron microscopy
  • Students
    • PhD
      • Anne-Helene Puichaud
      • Max Fisser
      • Ratu Mataira
    • Master of Engineering by thesis
      • Dylan Guja
      • Martin Markwitz
    • Project interns
      • Lachlan Clelland
      • Avinash Rao
    • International students
      • Hae-Jin Sung
      • Sebastian Hellmann
      • Wenjuan Song
    • Summer research assistants
      • Logan Morgan Ward
      • Sophie Banks
  • HTS wire critical-current database

Robotics Projects

The study of tip-over stability in wheeled robots is crucial for advancing robotics, especially in outdoor and unpredictable terrains.

Introduction to robotics

robot testing in skate park

Tip-over stability of autonomous wheeled robots

The study of tip-over stability in wheeled robots is crucial for advancing robotics, especially in outdoor and unpredictable terrains.

PhD Student Nipuni Perera with robot in the field

Navigating the future with autonomous wheeled robots

In a world increasingly reliant on technology, the ability of robots to autonomously navigate challenging terrains is becoming essential.

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