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Mechatronics
Hazardous Situations Require a Dependable Brake
11/4/2013

Tracked articulators make the HD capable of navigating rough terrain, climbing stairs at over 45 degrees and over objects 8 inches tall.   (Source: Ogura)
Tracked articulators make the HD capable of navigating rough terrain, climbing stairs at over 45 degrees and over objects 8 inches tall.
(Source: Ogura)

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William K.
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Platinum
Re: Dependable brakes: A bit of education here
William K.   5/7/2014 10:07:56 PM
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It is a lot less traumatic for all concerned to lose a robot than an actual soldier. AND it is a lot easier to repair a robot that gets blown up. Besides that, the robots are very seldom afraid.

Cabe Atwell
User Rank
Blogger
Re: Dependable brakes: A bit of education here
Cabe Atwell   5/6/2014 9:59:46 PM
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Those robots may be dependable but they sure can't take an explosion. The EOD can testify to that after losing a handful of them every year to IED blasts.

William K.
User Rank
Platinum
Dependable brakes: A bit of education here
William K.   11/5/2013 9:09:14 PM
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Thanks for the interesting posting. I am not very familiar with the particular robots discussed, but they certainly sound interesting. Probably a bit too expensive to use for fun activities The explanation about the two types of brake service brought out an important consideration, which is brake energy dissipation. Holding-duty brakes don't need to absorb energy and dissipate heat, while stopping brakes must turn all of that kinetic energy into heat, and then safely get rid of it. That is really quite a large difference indeed. The first place I think of holding brakes is in an industrial robot, which must have good holding brakes for all six axis or else collapse in a tangled heap if the power fails. But they usually do it so perfectly that we don't hink about it. But they are vital in that application.

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