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This is Scientific American's 60-Second Tech. I'm Larry Greenemeier. Got a minute?

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Robots have evolved in leaps and bounds in recent years, but they still cannot safely leap or bound.

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They have to move carefully.

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If a robot were to fall from an elevated surface, for the most part it would crash down like a bag of rocks.

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Not ideal if that robot is on a rescue mission.

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So a team of Georgia Tech researchers wants to produce robots that are more agile, by making them literally cat-like.

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Specifically, the plan is to create a robot that can emulate a cat's uncanny ability to calculate the best landing angle, adjust its body midflight and land on its feet.

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So far the research team has been able to build a robot capable of computing landing angles during test falls.

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They hope to eventually give the robots joints that can twist or flip their bodies to stick the landing, regardless of the angle.

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To do that, they'll need better motors and servos.

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The ones available today are not fast enough to sufficiently adjust a robot's body in real time.

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Baby steps.

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David Belle didn't develop the cityscape acrobatic activity known as Parkour overnight.

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And the typical house cat has had tens of thousands of years to perfect the soft landing.

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Thanks for the minute, for Scientific American's 60-Second Tech. I'm Larry Greenemeier.

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