Question - look at the linesman walking on the 3 phases. Now - look at the ring that is touching all 3 phases then connected to his body, how in the hell is that ring not creating a phase to phase short? Anyone???
@Sworksepic12 all three of those wires are actually one phase, its called "bundling conductors." There for all three wires are the same potential, so that is why there is no arc or short. Its more efficient to use 3 conductors that size than one conductor 3 times that size.
Wow, that's actually pretty cool and it looks kinda stable, but definitely the ability to transfer over the towers makes this realistic, plus using the center of gravity to aid in acrobatics shows that some one has been using "nonlinear thinking".
@ArtOfKillingTY The angles between the wheel flanges are clearly designed to pinch onto the cables on which they are riding. This ensures grip without resorting to rubber. Which might slip in wet conditions.
@ArtOfKillingTY There is a clip (at 1:21) which basically secures the robot to the wire. If it falls off because of strong winds (or birds!) it will still be attached and the operator can then manually maneuver it back on to to the wire.
Great idea. It looks precarious up there though. If there was too much wind it looks like it would fall easily. Maybe they'll add something to support it more.
@myshoescramp the guys that are doing the job now, don't want to do it anymore in first place...it is dangerous...and actually those are the guys that are now driving the robot for the inspection...nobody lost his job and more than that nobody will lose his life doing that job..
Question - look at the linesman walking on the 3 phases. Now - look at the ring that is touching all 3 phases then connected to his body, how in the hell is that ring not creating a phase to phase short? Anyone???
Sworksepic12 3 weeks ago
@Sworksepic12 all three of those wires are actually one phase, its called "bundling conductors." There for all three wires are the same potential, so that is why there is no arc or short. Its more efficient to use 3 conductors that size than one conductor 3 times that size.
cshull09 2 weeks ago
always in japan
Kenjikentai 4 weeks ago
stunning!! bows to the inventor!
kokaiini 2 months ago
how easier would be to use an rc heli :P
amdaglas 3 months ago
Wow, that's actually pretty cool and it looks kinda stable, but definitely the ability to transfer over the towers makes this realistic, plus using the center of gravity to aid in acrobatics shows that some one has been using "nonlinear thinking".
akai454 5 months ago in playlist More videos from Diginfonews
So that's where GlaDOS went after Portal 2.
HyperGolem 6 months ago
@ArtOfKillingTY The angles between the wheel flanges are clearly designed to pinch onto the cables on which they are riding. This ensures grip without resorting to rubber. Which might slip in wet conditions.
Tricyklist 7 months ago
isnt the problem of stopping the electricity solved by the use of faraday cage suits? forgive me, im no expert.
KottonmouthSoldiers 8 months ago
@KottonmouthSoldiers As far as I know, Faraday cage can only protect you from high frequency voltage.. Correct me if I'm wrong, anybody :)
kokaiini 2 months ago
Darn... it doesn't look like anything obscene... : (
ZzRvXzZ 11 months ago
Right..."people have to do the job". Who needs people anymore!
ForcedAgenda 11 months ago
@ForcedAgenda what we need are robotic women
WavesOfTrolls 11 months ago
Cool invention!
niiidar 11 months ago
Now you just need to develop it some more so it can have human riders. Then you will have a form of transportation.
kmarinas86 1 year ago
Good idea !!!
MrJohn1966elliott 1 year ago
@ArtOfKillingTY There is a clip (at 1:21) which basically secures the robot to the wire. If it falls off because of strong winds (or birds!) it will still be attached and the operator can then manually maneuver it back on to to the wire.
Diginfonews 1 year ago
@ArtOfKillingTY I think that the rubber would get worn out by the threads of the lines if they tried that
arieldude 1 year ago
Wow! Simply amazing! o.O
Why didn't I think of that? :/
FlumenSanctiViti 1 year ago
Amazing invention, and i would gladly give them money to help them out. But wouldn't this take jobs of humans = unemployment?
odstroy22 1 year ago
@odstroy22 how so..... you would need a whole bunch of marketers, engineers and accountants to build sell this piece of robot
Valca000 1 year ago
this is awesome!
andeng567567 1 year ago
They just need to make it grab for the wind
djmarcos702 1 year ago
Great idea. It looks precarious up there though. If there was too much wind it looks like it would fall easily. Maybe they'll add something to support it more.
Virchew 1 year ago
Seems like a great alternative to the job. I just feel sorry for the guys who wont get to do that any more XD
myshoescramp 1 year ago
@myshoescramp the guys that are doing the job now, don't want to do it anymore in first place...it is dangerous...and actually those are the guys that are now driving the robot for the inspection...nobody lost his job and more than that nobody will lose his life doing that job..
adessokun 9 months ago
it looks awesome when it climbs around the tower :D
pakedskeezer 1 year ago 10
co za asy
lolergramCCCP 1 year ago
this is brilliant.
tkk92 1 year ago
This freaking awesome. I would have never thought of anything like that.
GmodMark 1 year ago
brutal el concepto de sto !! muy bueno
CiNtRaX 1 year ago
Neat!
poopdude 1 year ago
that looks awesome! but how is it powered? by the lines themselvs?
seterry 1 year ago 4
@seterry The box that acts as a counterbalance (at 2:03) contains the battery that powers the Expliner.
Diginfonews 1 year ago 9
@Diginfonews thats clever :) i see great potential in this device, heh
letteralex 1 year ago
interesting
LTF85199 1 year ago
Awesome
cesarbattistinim 1 year ago