Nonstop Animatronics | Page 2

13 May.,2024

 

Nonstop Animatronics | Page 2

To clear up a few things: the reason shy the animitronics keep moving all through the night is because of their hydraulics. It has nothing to do with power costs or wearing the skin out. It has to do with the hydraulics themselves. If the hydraulics stop moving for too long, they will freeze, causing many problems. For this reason, they keep moving so they will always work when needed with minimal problems. They don't move very much either. It is not like they are doing their full movements every 30 seconds all night long. If you walk past one, then walk by it again 2 hours later an arm and the head will be in a different position. Not major movements, just subtle ones. Hope this clears things up for everyone.

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Engineering Six Decades of Disney Robotics

Making Disney Robots More Realistic

Looking back at the footage of Animatronic Lincoln and other early Animatronics, it’s clear that the technology was…new. Lincoln’s movements are sharp and jolted, and his face lacks expression. Luckily Disney has made some improvements since Lincoln’s debut, and they continue to advance robotics and stun crowds. In 2017 Disney’s Imagineers invited guests to hear the Shaman of Songs on Pandora, and now they’ve entered superhero territory:

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A few years ago, Disney took their endeavors to the skies with “Stuntronics,” aka autonomous, robot acrobats that soar through the air and do aerial stunts with ease. In June 2021, they displayed this tech to the public as a flying Spider-Man animatronic in Avengers Campus at Disneyland Resort. But long before there was Spider-Man, there was Stickman:

Stuntronics

Controlling Aerial Motion with Stickman

The Imagineers began their project by attempting to control aerial motion. How could they make an object fly and land exactly how they wanted? They researched conservation of angular momentum. It’s the same thing figure skaters use to control their speed when doing jumps and spins, and the same technique squirrels use to control their landing when leaping from high points. From this came Stickman. Stickman is a Z-shaped robot with hinges that performs aerial somersaults by tucking and untucking itself after releasing from a pendulum launch. To the naked eye Stickman may seem like a simple pole flipping through the air, but underneath lies a system of sensors, laser rangefinders, accelerometers, and gyroscopes to help the Disney robot process data mid-flight, correct its position, and nail the perfect landing, every time.

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