What's the advantage of thermal resist over heavy duty? (New to FDLs!)Bi-Weave with thermal resist and either hi-cap or fast charge would be my vote.
Yes I like fast charge just don't get why specifically thermal resist. Do FDLs or 5C biweaves run particuarly hot? I feel as though I'm missing a big, obvious piece of the puzzle. Most of my ships are for pace or range while exploring so having to deal with someone actually shooting at me with intent is the newer side of engineering!If you think you are going to be doing lots of ships with combat builds then the Thermal Resist blueprint is the one to pin, if you are mainly going to build non combat ships then Enhanced Low Power is the one to pin, always pin the one you are going to use most.
For an FdL I second the Thermal Resistant option and favour the Fast Charge experimental, on Bi-weaves without boosters your shields will be back up in no time at all with shield boosters it will take a little longer.
What's the advantage of thermal resist over heavy duty? (New to FDLs!)
I presume you mean reinforced heavy duty is a booster blueprint, thermal resist makes the shield nearly as strong against lasers as it is against bullets and FdLs have strong shields anyway.What's the advantage of thermal resist over heavy duty? (New to FDLs!)
Yes sorry meant reinforced. Thank you for the explanation, makes sense and helps.There is no heavy duty, perhaps you mean reinforced? The advantage is in how resistances are spread using thermal resist. Reinforced has a big hit to thermal, and requires a number of thermal shield boosters to even it out. That can be done, but for me it's better to go with thermal resist in the first place. It also boosts shield integrity for whatever reason.
Yes I did sorry and thank you. Off to go take my new FDL in for some work, now!I presume you mean reinforced heavy duty is a booster blueprint, thermal resist makes the shield nearly as strong against lasers as it is against bullets and FdLs have strong shields anyway.
Yes I like fast charge just don't get why specifically thermal resist. Do FDLs or 5C biweaves run particuarly hot?