Bat Robot Bioinspired Design

A team of scientists has constructed the very first robot that flies and looks just like a bat. It was named by them, Bat Bot.

It weighs in at just 3.3 oz—around as hefty of two golf balls. With an on board computer and detectors, and five micro, a head crammed using a silicone membrane stretched over its carbon fiber skeleton -sized motors strung along its back, Bat Bot is really capable of sovereign, flapping flight.

Why is Bat Bot remarkable is just how bloody difficult it was to mimic a bat’s natural flight. If flying was an art form, rigid wing would be made by bats – like they are finger painting aviators seems. Furthermore, bats benefit from an entire package of other difficult-to-mimic biological tricks, like bones that deform each wing-beat.

“Arguably, bats have the most advanced powered flight mechanism among creatures,” the roboticists write in their own paper.


Chung’s team had to dispense together with the dream they might only mechanize joint by joint, flapping bat wings to construct Bat Bot. Even with a heavy, clunky robot that will never make it off the earth, you had only end up with today’s most complex robotic technology.

The threesome pored including a tremendously helpful 2008 study on bat joints authored Discovery Channel host Dan Riskin and by the biologist. They sought to understand which were certainly essential and which they are able to dispense with.

Finally, the flying robot of Chung has a total of nine joints. And while Bat Bot is a complex piece of machinery, it’s a bat that is straightforward. By way of example, Bat Bot’s carbon fiber “fingers” do not have knuckles or knuckle joints. And its wrists does not actively wriggle like a regular bat does.

There are several other simplifications also.

However, Bat Bot’s refined flight seems nearly indistinguishable from its biological cousin. Should you be not a biologist, then you will be hard pressed to spy the mechanical differences between the real thing and Bat Bot’s flapping.

Bat Bot, cooler just isn’t controlled. Leveraging a lightweight package of computers and detectors, it can autonomously execute sudden drops, bank turns, and a flapping glide. But Bat Bot just isn’t perfect— . Escalating flight, together with a bat’s quintessential upside down perch, are two abilities Chung’s team is working on.

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%name Bat Robot Bioinspired Design

If you’ve ever seen a bat in flight, you know how impressive their aerial acrobatics can be — so impressive that we have yet to successfully imitate it the way we have with quadrupedal locomotion or bird flight. This impressive new flying robot is the best attempt yet, though it’s still a long way from the “unrivaled agility” of the real thing.


 Behold Bat Bot, the First Flying Robot Bat

Behold Bat Bot, the First Flying Robot Bat

It mimics the flying mammal and doesn’t even need to be remotely controlled.

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