[3.18] Spectral Throw, At Its Finest | 200M DPS | Dex Stack | All Content
Hi,
First of, I just wanted to say that Spectral Throw is by far my favorite skill and I love that I can play it somewhat in too the end content. And because of that I just wanted to share my progress this league if anyone is interested. I currently do around ~3m dps, which is the highest I have ever been able to push it. Probably most due to that I have played far more this league than before. I would say that my gear is kinda good. I have a nice claw (just bought it for 8div) and the rest of the gear is around 10-15 div, so a total of 25 div maybe. I do find it hard to justify using thread of hope, since the ele res is super hard to cap now that I can't run Purity of elements anymore (or loose a lot of dps). I also played around a low with PoB without ToH and I get pretty much the same number but without the cost of paying for a good thread of hope. The problem I have now is to find upgrades for the build. I think my next step is getting better jewels, especially the large cluster jewels, if I only could get the ele res to work.... The build melts pretty mush any maps. and i had no problem with the elder. I am going to try Maven and shaper now, but since I got stuck on lvl I haven't had the time yet. I will say that you do get one shot a lot, especially before getting the dps above 2m. But that is what we get when playing a pure dex build. Hope anyone else is playing ST this league and enjoys is as mush as I do! Pastabin:
Spoiler
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
|
|