Google's Atlas robot takes a forest hike

I can think of two major reasons for not using an engine. 1 it shakes a lot, and 2 it runs out of petrol.

Unlike a battery, when it runs out of petrol it doesnt take 9 hours to recharge.

If electricity storage has surpassed chemical storage in terms of j/kg i've yet to see it demonstrated practically.
 
This really does give me the creeps, I just imagine being in the woods with this thing fully armed hunting me down.
In a few years & they can run nonstop without needing to rest.

http://www.bbc.co.uk/news/technology-33978559

It'll be the descendants of one of these things hunting you down:

http://www.bbc.co.uk/news/technology-31372447

Or it'll be a flying drone.

I don't really understand the obsession with bipedal robots. They don't really seem to offer any real advantage vs 4 legs (or flight), whilst at the same time being more difficult to get right.
 
Pretty good, the ability to store power always hampers these things though, its almost as if robot designers have never heard of internal combustion.

big dog etc use combustion engines, two stokes are not the quietest things on earth lol

I don't really understand the obsession with bipedal robots. They don't really seem to offer any real advantage vs 4 legs (or flight), whilst at the same time being more difficult to get right.

they can function in a world designed for humans?

4 legs or flight aint gonna navigate an office building anywhere like the ability of a humanoid robot.

Unlike a battery, when it runs out of petrol it doesnt take 9 hours to recharge.

If electricity storage has surpassed chemical storage in terms of j/kg i've yet to see it demonstrated practically.

but with petrol you need fuel + engine + generator

which is a complicated set up for a test bed that spends most of its time in a building hooked up with cables anyway.
 
Walks like a drunk spastic thats crapped it's pants.

But enough about me. The robot is cool.
 
they can function in a world designed for humans?

4 legs or flight aint gonna navigate an office building anywhere like the ability of a humanoid robot.

Disagree completely. A quadruped will have no problems getting up and down stairs and around the office.

It's going to take decades more research just to make biped robots that don't lose their balance when the floor is unstable (like sand, rubble). Quadruped robots are already capable of this.

It's not just my opinion. Many experts say biped robots are just human vanity over practicality.
 
Disagree completely. A quadruped will have no problems getting up and down stairs and around the office.

It's going to take decades more research just to make biped robots that don't lose their balance when the floor is unstable (like sand, rubble). Quadruped robots are already capable of this.

It's not just my opinion. Many experts say biped robots are just human vanity over practicality.

Also a quadruped will have a much more stable and usable cargo or gun platform, which surely is the main point for a robot like this?
 
they can function in a world designed for humans?

4 legs or flight aint gonna navigate an office building anywhere like the ability of a humanoid robot.


.

Aye, bipedal isn't the most efficient or easiest to get right, but it is the one that fits into the human world most efficiently.

If you make it able to walk like a human and use tools like a human you don't have to design everything it works with specifically for it (instead it can theoretically use many things that a human can without needing to adapt them).
It's about versatility of the base design.

So things like it being able to use stairs, open doors, use basic tools, get into and out of standard human conveyances as opposed to specially designed ones, or even just a limited range (say a normal car or 4x4 rather than the back of a van).
 
So things like it being able to use stairs, open doors, use basic tools, get into and out of standard human conveyances as opposed to specially designed ones, or even just a limited range (say a normal car or 4x4 rather than the back of a van).

Cars are getting more computerised as we go forwards. For a robot to drive a car you won't need it to push the pedals. It can just plug in or use wireless.

When they were first developing spell checkers, progress was very slow as they tried to develop a pair of robot arms which would pop out and push the backspace key. Alas, after many accidents, they found a better way :p
 
Cars are getting more computerised as we go forwards. For a robot to drive a car you won't need it to push the pedals. It can just plug in or use wireless.

When they were first developing spell checkers, progress was very slow as they tried to develop a pair of robot arms which would pop out and push the backspace key. Alas, after many accidents, they found a better way :p

its more a case of fitting it inside than having it drive for you.

fitting a big 4 legged thing in the car is difficult fitting what's basically another person in is easy.

also what use is a 4 legged robot? seriously what use is it other than an all terrain trolley, it cant manipulate anything it cant do anything really useful other than carry stuff.
 
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