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2012-06-02, 02:08 PM | [Ignore Me] #33 | |||
First Lieutenant
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Chances are that the 3rdPV you see on vehicles and infantry is for display purposes only, to show the community what they are looking at from the outside. How practical would that be really? A small fragile piece of hardware that would probably be as expensive as the tank following a tank around in a battlefield situation with explosions and shrapnel everywhere... Oh yeah, that's super practical. Last edited by Blackwolf; 2012-06-02 at 02:10 PM. |
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2012-06-02, 02:11 PM | [Ignore Me] #34 | |||
Major
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2012-06-02, 02:21 PM | [Ignore Me] #37 | |||
First Lieutenant
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And titanium is actually a pretty weak element, the alloy is strong because of the bonding properties that come into effect when the element is combined with iron I think it is. And "locational gravity manipulators" would probably slow the whole thing down, not speed it up. As weight increases, so does mass. And mass tends to resist changes in movement. About the only thing you listed that made plausible sense is the engine. But again, defying physics is not so easy as "it's got a hemi 6 in it". Hard to convince the unconvincable. I hope the DEVs stick with their statements because I really don't want to see a game designed by the players. Last edited by Blackwolf; 2012-06-02 at 02:23 PM. |
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2012-06-02, 02:50 PM | [Ignore Me] #38 | ||
Private
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The lighting from the headlights is looking amazing! I just hope there is a way to turn them off, kind of seems like a giant "HEY I'M OVER HERE, SHOOT ME!!" kind of signal.
Brakelights are add a nice little touch to the whole thing. |
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2012-06-02, 03:09 PM | [Ignore Me] #40 | |||
First Lieutenant
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2012-06-02, 03:26 PM | [Ignore Me] #41 | |||
Contributor Sergeant
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I don't see it as out of the ordinary. |
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2012-06-02, 03:29 PM | [Ignore Me] #42 | |||
First Lieutenant
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Like I said before, heavy objects resist movement more then light objects. If you blow on a feather, you drive it further then if you blow on a bowling ball, despite the fact that the bowling ball has less friction on the ground. It goes back to the simple law "an object in motion stays in motion", the opposite is also true.
Making the treads heavier makes it harder to move them despite "better traction". You would end up with a slow moving vehicle that could climb 60 degree slopes, but not turn on a dime in a split second. Making the treads lighter wouldn't do much better, in fact it would have virtually no effect at all since the rest of the tank is still heavy (meaning the treads would still have significant traction). Making the entire tank lighter per Mass Effect Ezo Magic Rock stuff means impact from explosions could have a much larger effect on the tank, including blowing it away like a feather. Trust people when they say "it looks wrong". Humans absorb information like a sponge whether or not we realize it. It looks wrong because our brains can't grasp the concept of a massive bulky and heavy object moving like a remote controlled RC fast trax car.
Besides I think the discussion was about the turn in place and acceleration, and that tank didn't floor me with that demonstration. In fact the movement looked natural. If you applied enough power behind the vehicle to try and turn it faster, you would tear the pavement to shreds and cause the whole thing to lift upwards rather then apply that power directly to turning. Easier for the treads to dig through the pavement then for them to turn the tank. Hence why there is a turret which is a fraction of the weight and can turn 360 degrees. Last edited by Blackwolf; 2012-06-02 at 03:39 PM. |
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2012-06-02, 03:49 PM | [Ignore Me] #44 | |||
First Lieutenant
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If you took a tank from the planet earth and moved it to mars and tried to take a corner they would have the same centrifugal force, that fictituous force you identify as an object 'resisting' changes in motion a = v^2/r f = ma so f = mv^2/r. There is no component of gravity or weight in any of the equations of motion because gravity is force per unit mass it generally cancels out as a factor. The only thing gravity would affect is friction, which is getting overly complex. The most logical argument is that in the future in 2600 or whatever materials science has advanced to the point where we have extremely strong composite armor made up of plastics/carbon/nanomaterials that are extremely light and extremely tough. |
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2012-06-02, 03:59 PM | [Ignore Me] #45 | |||
First Lieutenant
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Changing mass isn't your solution, the simple fact is you don't have a viable solution. It changes mass on the fly which means it flies through the air when someone shoots it with a pistol while it's turning in place. Easier to just say "well crap that does look kinda stupid doesn't it?" and make it not look stupid. Why argue anyway? Even you have to admit it kinda looks dumb. |
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