Originally posted by unkated
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The Best That Never Was 2 (Prototypes)
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They were TERRIBLE even compared to what came a decade or so later!
Still, I suppose they had to be made didn't they Got to develop somehow.If it moves, shoot it, if not push it, if it still doesn't move, use explosives.
Nothing happens in isolation - it's called "the butterfly effect"
Mors ante pudorem
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And we can only imagine what we'll have in another hundred+ years!
Give it another thousand and warfare may not even look like anyone's even fighting to our "primitive" minds.If it moves, shoot it, if not push it, if it still doesn't move, use explosives.
Nothing happens in isolation - it's called "the butterfly effect"
Mors ante pudorem
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Part of the fun of the exercise is that they were terrible. Another part is that I like teh research.
The other part is that most of these were not built to fight other tanks - but that's how they are used in WoT. Shown here, they are even more worthless vehicle vs vehicle...
They are useful vs infantry armed only with small arms...
Uncle Ted
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The armour values seem a bit high on some of them though if they were only ever supposed to protect against small arms and shrapnel. There's modern IFVs with less (mainly Soviet).
How'd you arrive at those valuesIf it moves, shoot it, if not push it, if it still doesn't move, use explosives.
Nothing happens in isolation - it's called "the butterfly effect"
Mors ante pudorem
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Originally posted by Legbreaker View PostAnd we can only imagine what we'll have in another hundred+ years!
Give it another thousand and warfare may not even look like anyone's even fighting to our "primitive" minds.I'm guided by the beauty of our weapons...First We Take Manhattan, Jennifer Warnes
Entirely too much T2K stuff here: www.pmulcahy.com
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Originally posted by ArmySGT. View PostXM800T with Chrysler ITV turret.
I'm guided by the beauty of our weapons...First We Take Manhattan, Jennifer Warnes
Entirely too much T2K stuff here: www.pmulcahy.com
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Originally posted by pmulcahy11b View PostDemands to be statted! Already doing the research.
Crew: 3 (Commander, Driver, Gunner)
Armor: unknown, Possibly similar to an Early M2 Bradley,
Weapons Systems:
Main Turret
Hispano Suiza 20mm with Unknown amount of ammo
M60D with Unknown amount of ammo
Alternate Turret
twin TOW launchers.
Mobility level was similar to the M113.
Video of third surviving prototype
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Originally posted by pmulcahy11b View PostI get the idea that in 100 years that armored vehicles will be UGVs, aircraft will be UCAVs with a single controlling station or stations aboard JSTARS-type aircraft, and that infantry will be cyborgs.
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I have that on my site, courtesy of Antenna.I'm guided by the beauty of our weapons...First We Take Manhattan, Jennifer Warnes
Entirely too much T2K stuff here: www.pmulcahy.com
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Originally posted by Legbreaker View PostThe armour values seem a bit high on some of them though if they were only ever supposed to protect against small arms and shrapnel. There's modern IFVs with less (mainly Soviet).
How'd you arrive at those values
1. Thank you for making me take another look. You made me spot an error. I have a table of co-efficients used for adding an effect for different armor types (explained below). I had added a entry to the table, but had not udpated the table's definition to include an additional row; "Steel Riveted" stopped being within the defined table; Steel riveted (less effective plates of steel riveted together) was being picked up as the stronger "Steel" (basic steel armor, 1940 to 1955)
After correcting the table, a soem of the armor values changed; 5s becoming 4s, some 4s becoming 3s.
2. How does Uncle Ted make armor sausage
I built a spreadsheet (of course). The armor section works like this. I had collected a raft of data for WW2 and post-WW2 military vehicles for Advanced Tobruk, including armor (detailed to facings and slope of armor). Using that analysis, i compared those sheets to some of the existing older vehicles in the T2K cannon (which is, not surprisingly, inconsistent, even with specific time periods)
What I came up with was that for steel armor:
for WW2 steel armor (1940 - 1955ish) = an armor point for every 7mm;
for more modern steel armors, one for every 5mm
Modern armor/5
Older armor/7
This is complicated by average slope of the given armor face, which may drive increase the value of by up to a factor of 2.
This is complicated by the armor type. For vehicles in the period of steel armor (basically, every tank before 1975, and several since), this breaks down into solid or welded armor and bolted (bolted includes most armored vehicles built before 1940).
Remember that coefficient I mentioned above This is where armor type gets factored in. These vehicles are mostly all endowed with bolted armor plates.
(exceptions: VK-31 & A2E1 Medium Mk I have steel)
Now, T2K uses one armor scale for vehicle vs Vehicle and personnel combat, which leads to a few peculiarities at the bottom o f the scale. Using the scale outlined above, many of these early tanks would have an armor factor of 2, which would not keep out contemporary small arms (Lee-Enfield rifle, 8mm Mauser, Lebel etc).
So I include a check to provide "design for effect" - if I have armor values and the process above gives an armor value of less than 3.6, it adds 1. This ensures that these early vehicles can shake off small arms.
Modern MBTs (and some recent IFVs), where they seldom mention armor thickness directly, and their armor type is not steel are handled differently.
Corrected version attached
And now I have some other files I need to correct.....
Uncle TedAttached FilesLast edited by unkated; 05-27-2016, 02:54 PM.
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