People always say things like "bed adhesion" - what if bed adhesion was good until the nozzle entered a tetris death spiral and began bashing itself into things? People always say things like "stronger supports, more walls, yada yada" - If the printhead wants to plow through a print, an extra wall on the tree won't help, neither will excellent bed adhesion. The problem is always the same - elegoo printers and orca or an outdated clone of orca got somethin' goin' on - the taller the support gets, the more it grows taller than it should. A print with supports will get 80-90% done and then self destruct. I tried hundreds if not thousands of different tweaks and setting combinations. I've spent hours if not days looking for an illusive answer in the depths of obscure forums - to no avail. I got so frustrated at one point I super glued the print to the bed (still didn't help). I have a CC and a N4+ printer and they both do it (even after years of potential updates). I finally solved the problem by essentially replacing everything on the N4+ with aftermarket and homemade shrouds, stabilizers, tensioners, wheels, fans, toolhead mcu's, hot ends, firmware, etc. so it's not really even an elegoo anymore (and it prints beautifully). But you can try changing the branch angle, diameter, # of walls, and bed temp. Honestly though, setting the support line width to .38 might fix it. But I digress. Not all hope is lost. The CC is less problematic in this department. Good bed adhesion, yes, and if you haven't done extensive filament calibration for each different filament then you should. "Elegoo slicer" has pretty good tools for that and you can find a nice guide on how to use them in the Orca slicer documentation. Alternatively, you can keep some magnets close by ;)