The company has previously hinted that robotic versions of its iconic characters could roam theme parks in the future / Getty

It isn't clear if the machines will be autonomous or human-operated

A new patent application has revealed that Disney is looking into the development of robotic versions of its animated characters.

The document describes “soft body” robots built specifically for “physical interaction with humans”.

It doesn’t mention any specific characters, but the images alongside the filing show off a bulbous torso resembling that of Big Hero 6’s Baymax. 

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(Disney/UPTO)

The entertainment firm’s application repeatedly stresses the importance of safety.

It says the robots would have a “rigid support element” and soft, deformable body parts that could potentially be filled with a gas or fluid.

“The inventors recognized that there was a need for robots that can safely interact with humans and, particularly, with children,” reads the patent.

“In practice, the interior space is filled with a gas such as air, and the pressure measured or sensed by the pressure sensor is the pressure of the gas in the interior space, which increases from a non-contact value to a contact value (such as when a human contacts (e.g., squeezes) the outer sidewall of the link).”

Though there's no guarantee that Disney will actually create the product described in the patent, the company has previously hinted that robotic versions of its iconic characters could roam its theme parks in the future.

“I think AI and machine learning is going to be very important for what we do,” said Jon Snoddy, Disney’s senior vice president for research and development, earlier this year. 

“Things like characters that can move around among our guests. They’re going to need to understand where they’re going, have goals, and they’re going to have to know how to navigate in a world with humans.”

However, while the company’s patent application mentions a “robot controller”, it doesn’t explain whether this would be a human-operated system or a completely autonomous one.  

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