Adding Cargo capabilities to Heat Control radiator parts.
Modeled the volume values to align close to the Stock Radiator parts from a balance standpoint.
As Heat Control parts are slightly smaller than the similar Stock sized parts, I took the 'packedVolume' from the closest sized Stock parts and reduced slightly for the HC parts. The larger parts I set the volume to -1, which enables manipulation by an Engineer in the field, but does not allow it to be stored in a Cargo Container ( IE, too big ).
I left the micro-channel and surface mount-curved radiators alone for now, as my thoughts are those require specialized skills to install and should likely be limited to VAB.
Adding Cargo capabilities to Heat Control radiator parts.
Modeled the volume values to align close to the Stock Radiator parts from a balance standpoint.
As Heat Control parts are slightly smaller than the similar Stock sized parts, I took the 'packedVolume' from the closest sized Stock parts and reduced slightly for the HC parts. The larger parts I set the volume to -1, which enables manipulation by an Engineer in the field, but does not allow it to be stored in a Cargo Container ( IE, too big ).
I left the micro-channel and surface mount-curved radiators alone for now, as my thoughts are those require specialized skills to install and should likely be limited to VAB.
Fixed-1 Beta = 200L Fixed-2 Alpha = 75L Fixed-3 Gamma = -1 Fixed-4 Delta = -1
Conformal-1 = 100L Conformal-2 = 200L Conformal-3 = -1
Universal-1 = 75L ( I think this is a bit low, but is balanced with the Stock Small Radiator ) Universal-2 = 600L Universal-3 = -1