Post by Pttg on Jul 21, 2017 1:36:18 GMT
For this build challenge, you may use only carbon allotropes. ONLY.
Ok, well, nuclear fuel may be tough to find in carbon... Ok, you can use your favorite nuclear fuel.
Reaction mass is also a little hard to find in pure carbon forms, so you may use any hydrocarbon as a fuel, but no pure oxygen tanks! There has to be at least a little carbon in any tank.
Aside from the control modules, the reaction mass, and the nuclear fuel, all components must be a pure allotrope of carbon. If that's not possible, the module can't be used.
Max of 300Mc and 15 Kt, but those are soft limits to keep them from getting too large; mainly I just want to avoid moon-sized orbs of graphite.
Build a combat vessel. It should have weapons that can handle a mixture of combat situations. There's no inherent limitations to these besides the limitations of the materials.
Modding is OK for this challenge to change limits and add allotropes if you really want them.
EDIT: Aluminum structural supports and other mandatory aluminum is OK.
Ok, well, nuclear fuel may be tough to find in carbon... Ok, you can use your favorite nuclear fuel.
Reaction mass is also a little hard to find in pure carbon forms, so you may use any hydrocarbon as a fuel, but no pure oxygen tanks! There has to be at least a little carbon in any tank.
Aside from the control modules, the reaction mass, and the nuclear fuel, all components must be a pure allotrope of carbon. If that's not possible, the module can't be used.
Max of 300Mc and 15 Kt, but those are soft limits to keep them from getting too large; mainly I just want to avoid moon-sized orbs of graphite.
Build a combat vessel. It should have weapons that can handle a mixture of combat situations. There's no inherent limitations to these besides the limitations of the materials.
Modding is OK for this challenge to change limits and add allotropes if you really want them.
EDIT: Aluminum structural supports and other mandatory aluminum is OK.
