Researchers at The UC Santa Barbara Created the Highest-Jumping Robot
Colin Smith — April 29, 2022 — Art & Design
References: news.ucsb.edu & newatlas
Researchers at the UC Santa Barbara created an elastic band robot designed to jump as high as possible. The robot jumps without artificial propulsion, meaning it does not fly, but does in fact, jump. According to the researchers that created the robot, this is the single highest jump achieved by a living or robotic creature, as any robot that reaches higher does so via propulsion engines.
The robot is made out of two conjoined wheels and a small engine on the top of the wheels. The wheels are then connected via several elastic bands. The robot jumps by using its engine to press down on the wheels and extend the elastic bands, then releasing the hold, creating a large upward force. Currently, the robot jumps over 100 feet, making it the largest single recorded jump.
Image Credit: UC Santa Barbara
The robot is made out of two conjoined wheels and a small engine on the top of the wheels. The wheels are then connected via several elastic bands. The robot jumps by using its engine to press down on the wheels and extend the elastic bands, then releasing the hold, creating a large upward force. Currently, the robot jumps over 100 feet, making it the largest single recorded jump.
Image Credit: UC Santa Barbara
Trend Themes
1. Elastic Band Robots - The creation of robots using elastic bands as a means of propulsion opens up potential applications in industries where traditional propulsion may not be feasible.
2. Non-propulsion Jumping - Developing robots that can jump without the use of propulsion engines may lead to breakthroughs in industries that require high mobility and jumping capabilities.
3. Record-breaking Robotics - New records set by robots in various fields, such as jumping, may spur innovation in industries looking to improve on current technologies and gain competitive advantages.
Industry Implications
1. Robotics - The development of elastic band robots and non-propulsion jumping technologies has the potential to disrupt the robotics industry and lead to new applications and use cases.
2. Military - Military applications such as search and rescue, surveillance, and reconnaissance operations may benefit from the mobility and jumping capabilities of robots designed with elastic bands and non-propulsion jumping technologies.
3. Entertainment - The creation of high-jumping robots may have potential applications in the entertainment industry, such as in amusement parks or in circus shows.
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