UC Berkeley's SALTO Robot Jumps Higher Than Any Other Machine
References: news.berkeley.edu & engadget
The SALTO robot is a jumping machine designed by researchers from UC Berkeley. Thanks to a design inspired by animals in nature, the SALTO robot jumps higher than any other machine relative to its own height.
SALTO stands for "Saltatorial Locomotion on Terrain Obstacles." Saltatorial is the latin term that biologists use when studying jumping in animals, and the "terrain obstacles" segment of the name refers to the SALTO robot's capabilities. Beyond its record-breaking single jump, the bot is able to kick off of a vertical surface once in the air, thus increasing its net height even further.
The SALTO robot's locomotion was inspired by the galago, also known as the bush baby. Noticing that the galago entered what the researchers term a "supercrouch" before jumping, they incorporated that stance into their robot.
SALTO stands for "Saltatorial Locomotion on Terrain Obstacles." Saltatorial is the latin term that biologists use when studying jumping in animals, and the "terrain obstacles" segment of the name refers to the SALTO robot's capabilities. Beyond its record-breaking single jump, the bot is able to kick off of a vertical surface once in the air, thus increasing its net height even further.
The SALTO robot's locomotion was inspired by the galago, also known as the bush baby. Noticing that the galago entered what the researchers term a "supercrouch" before jumping, they incorporated that stance into their robot.
Trend Themes
1. Jumping Robotics - Disruptive innovation opportunity: Develop a new generation of robots with advanced jumping capabilities for applications such as search and rescue missions or exploration in rugged terrains.
2. Bio-inspired Design - Disruptive innovation opportunity: Apply principles from nature to create robots that mimic the locomotion of animals, opening up possibilities for agile and versatile robotic systems.
3. Vertical Surface Interaction - Disruptive innovation opportunity: Explore the potential of robots that can kick off vertical surfaces to overcome obstacles and achieve greater heights, enabling improved performance in navigation and mobility.
Industry Implications
1. Robotics - Disruptive innovation opportunity: Integrate jumping capabilities into various robotic applications, revolutionizing industries such as automation, logistics, and manufacturing.
2. Search and Rescue - Disruptive innovation opportunity: Develop jumping robots for search and rescue operations, allowing for efficient exploration and access to challenging terrains or disaster-stricken areas.
3. Exploration - Disruptive innovation opportunity: Create jumping robots for exploration purposes, enabling efficient data collection and analysis in rugged and inaccessible environments, such as space or deep-sea exploration.
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