SPIDAR is the Latest Air-Ground Amphibious Quadruped Robot
Mickey Phoon — February 16, 2023 — Tech
References: spectrum.ieee.org
Researchers from the University of Tokyo have developed an air-ground amphibious quadruped robot called SPIDAR, which is an acronym for spherIcally vectorable and distributed rotors-assisted air-ground amphibious quadruped robot. The aim of this robot is to enhance and rise in the field of robotics regarding robots with multimodal locomotion capabilities.
There are many capabilities that SPIDAR has as of its current version, which it can essentially move through different varieties of terrains. Each limb of SPIDAR also has its own unique capabilities as each limb has an attached spherically vectorable dual thruster that allows it to move airborne in any direction. In addition, SPIDAR also has the ability to transition from static walking to flight. Presently, SPIDAR is still at its prototype version but the future processes and improvement that this robot can go further is still very much attainable.
Image Credit: University of Tokyo
There are many capabilities that SPIDAR has as of its current version, which it can essentially move through different varieties of terrains. Each limb of SPIDAR also has its own unique capabilities as each limb has an attached spherically vectorable dual thruster that allows it to move airborne in any direction. In addition, SPIDAR also has the ability to transition from static walking to flight. Presently, SPIDAR is still at its prototype version but the future processes and improvement that this robot can go further is still very much attainable.
Image Credit: University of Tokyo
Trend Themes
1. Air-ground Amphibious Robots - Developing robots with multimodal locomotion capabilities that can operate on land and in the air presents opportunities for disruptive innovations in transportation and military industries.
2. Spherically Vectorable Limbs for Robotics - Incorporating spherically vectorable limbs into future robot designs presents opportunities for disruptive innovations in manufacturing and logistics industries.
3. Dual Thruster Technology for Aerial Movement - Further developing dual thruster technology for aerial movement in robots presents opportunities for disruptive innovations in search and rescue and entertainment industries.
Industry Implications
1. Robotics Industry - Developing air-ground amphibious robots like SPIDAR has the potential to disrupt the robotics industry with new innovations in locomotion capabilities.
2. Transportation Industry - The development of air-ground amphibious robots like SPIDAR presents opportunities for new innovations in transportation for military applications and exploration purposes.
3. Military Industry - Developing air-ground amphibious robots like SPIDAR has the potential to disrupt military operations with new innovations in surveillance, reconnaissance, and combat tactics.
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