what scoop you use ? bigger the better, since you do not need to stay so long on heat....Mine use 52MW with deployed hardpoints and over 43MW with retracted, beast need max engineered g5 overcharged power plant, during scooping it's christmass tree
c5 or c6, doesn't really matter, i overheat within seconds, depending on star, cutter is much less forgiving than vette or conda with similar scoop and power plant engineering, single boost and FSD charge near star also guarantee sirious overheat.what scoop you use ? bigger the better, since you do not need to stay so long on heat....
c5 or c6, doesn't really matter, i overheat within seconds, depending on star, cutter is much less forgiving than vette or conda with similar scoop and power plant engineering, single boost and FSD charge near star also guarantee sirious overheat.
Without seeing your build I would suggest that you clean drive your thrusters, a thermal spread secondary on your PP, enhanced low power your sheilds and get an 8A scoop to speed up fuelling a little bit. Other than that, it's just pure guess work until we find out your exact build.My Cutter wants to over heat any time I am fuel scooping over 400/s. My power plant is engineered to level 3 overcharged and the rest of the ship is pretty much stock except for the long range FSD. Is there any thing I can do to be able to scoop faster?
You really plan on fighting back in a cargo cutter? I suggest reconsidering
You can go with Armored PP up to grade 5 since you gain a decent amount of power but the heat still stay low, at comfortable levels. More, you gain extra protection for PP, a vital module in any ship.Thanks for all of the advice. I re-engineered my PP to a grade 1 engineered overcharged PP (covers all my energy needs) and then went with thermal spread for the experimental effect. I have an 8A PP, level 5 clean grade A thrusters. I have a 5A fuel scoop. Going from level 3 overcharged and stripped down to level 1 overcharged with thermal spread improved my heat efficiency from 0.46 to 0.38 which really seemed to help. I have zero issues using my lasers as they are engineered with thermal spread. The heat issue has only been with scooping. I'll test this setup a little more and see if it works for me. I would love to upload my build but I haven't figured out how to do that yet.
Apart from efficiencies, if scooping takes a bit longer then make sure you stay at least slightly below the max. scoop rate or quickly increase distance to the star. Otherwise you heat up much faster without improving the refuel rate much, and you have no good indicator if you get closer.Thanks for all of the advice. I re-engineered my PP to a grade 1 engineered overcharged PP (covers all my energy needs) and then went with thermal spread for the experimental effect. I have an 8A PP, level 5 clean grade A thrusters. I have a 5A fuel scoop. Going from level 3 overcharged and stripped down to level 1 overcharged with thermal spread improved my heat efficiency from 0.46 to 0.38 which really seemed to help. I have zero issues using my lasers as they are engineered with thermal spread. The heat issue has only been with scooping. I'll test this setup a little more and see if it works for me. I would love to upload my build but I haven't figured out how to do that yet.