Upper_Krust
Legend
Hiya mate! 
He he!
Victory Class Star Destroyers are about 8.5 Million Tons. Imperial Star Destroyers are about 35 Million Tons...I think.
Also I was reading over on Mike Wong's website (stardestroyer.net) that to survive the G-Forces generated by their engines Star Destroyers would need to be made out of a material 70,000 times stronger than structural steel...which means roughly Hardness: 1 million.
Which would mean you would need to be dealing damage in the Gigaton Range to damage one (as per the realistic d20 rules I proffered). Which is consistent with Heavy Turbolasers. Light Turbolasers deal damage in the Multi-Megaton range.
4 GT = 256,000d6
32 GT = 512,000d6

CRGreathouse said:Ooh, I like the weight. Assuming it's roughly triangular (from above) and at least 2 mm thick, it will float in water.
He he!

Victory Class Star Destroyers are about 8.5 Million Tons. Imperial Star Destroyers are about 35 Million Tons...I think.

Also I was reading over on Mike Wong's website (stardestroyer.net) that to survive the G-Forces generated by their engines Star Destroyers would need to be made out of a material 70,000 times stronger than structural steel...which means roughly Hardness: 1 million.
Which would mean you would need to be dealing damage in the Gigaton Range to damage one (as per the realistic d20 rules I proffered). Which is consistent with Heavy Turbolasers. Light Turbolasers deal damage in the Multi-Megaton range.
4 GT = 256,000d6
32 GT = 512,000d6