Qwert_Yuiop
Qwert_Yuiop
457 / 6
4th Jul 2015
5th Jul 2015
A device which uses photon pulses to scan its surroundings and obliterate everything it finds... at least it's supposed to. If you're tired of it being giltchy and stupid and blind, there are manual controls for you! Warning: do not use at home.
missile concept proton photons automatic electronics bomb radar pstn scanner

Comments

  • Baz-SGN
    Baz-SGN
    6th Jul 2015
    make a thin triangle with the pointy part facing the device. "stealth".awesome save by the way.
  • explosivepowder
    explosivepowder
    6th Jul 2015
    Your not very active? Considering how good the saves are, your probably active every other day to get one save done.
  • NorthMustang
    NorthMustang
    6th Jul 2015
    This has to be one of the best devices I've seen on here. +1 +Fav
  • jeffluo35
    jeffluo35
    6th Jul 2015
    Awesome! +1
  • Deus_Ex_Machina
    Deus_Ex_Machina
    6th Jul 2015
    You really did a great job, kudos.
  • Qwert_Yuiop
    Qwert_Yuiop
    6th Jul 2015
    Also, thanks everyone for positive feedback.
  • Qwert_Yuiop
    Qwert_Yuiop
    6th Jul 2015
    @agustrusher: Dat speech though. Do you write texts for politicians or something?
  • agustrusher
    agustrusher
    6th Jul 2015
    I knew, eventually with time, that homing technology would be developed. What, with the addition of new sensor types, piston movement, navigation circuits, and the long-standing knowledge of photons. Certainly, I in no way KNEW how to do it, like a lot of things, but I had faith in the ever innovative and creative TPT community. And of course, they never fail. Congratulations Qwert_Yuiop, for your innovative addition to the TPT Tech&Sci Archives (Still haven't figured a name for it...) +1
  • Qwert_Yuiop
    Qwert_Yuiop
    6th Jul 2015
    Also, with a lot of targets (like 4) there will be flocks of stray photons flying around and confusing the sensors, but one of the targets will be reached eventually.
  • Qwert_Yuiop
    Qwert_Yuiop
    6th Jul 2015
    I did the test. If one target is significantly closer, it is more likely to be hit. If both targets are equally far, then the choice is pretty much random.