Proposal: implementation of aerodynamic high-power radiators to carry away the enormous heat of nuclear/fission driven aerospike lifter engines. Right now, you have to spam coolant tanks or black graphene radiators, that are not made for aerodynamic forces. So some parts, that enable nuclear/fission driven ascent with nice aerodynamics shapes would be nice, that fill in the gap and enable thr cooling without having to misuse of radiators that are not made for this or having to spam grey medium temp. ones or huge amounts of coolant tanks in an unrealistic number
Proposal: implementation of aerodynamic high-power radiators to carry away the enormous heat of nuclear/fission driven aerospike lifter engines. Right now, you have to spam coolant tanks or black graphene radiators, that are not made for aerodynamic forces. So some parts, that enable nuclear/fission driven ascent with nice aerodynamics shapes would be nice, that fill in the gap and enable thr cooling without having to misuse of radiators that are not made for this or having to spam grey medium temp. ones or huge amounts of coolant tanks in an unrealistic number