Originally posted by cajun2de
since he can take on wolvie...x-23 wouldn't be a problem
who ever said he charge her skeleton is wrong. first im not sure he can in the regular universe and second how is he gunna grab her claws?
Originally posted by manorastroman
i assume the same way he can grab wolvie's claws in the ultimate universe. just, you know...grab 'em.
duznt matter gambit more than occasion has proven to be a match for wolvie, so why not X-23...thats ubsurd, now the thought of gambit grabbing a claw is dumb, something Remy is too smart to even consider that. Besides he wouldnt need to he has great offense wthr it be charging up a trowing object, a stationary object, or wolverine himself. Not to say wolvie would let him but that means he has to stay at a distance until he attacks UP CLOSE>>>which leaves himself open to gettn charged up. Remy has options, and he knows how to use them especially against wolvie.
Originally posted by outavodka
duznt matter gambit more than occasion has proven to be a match for wolvie, so why not X-23...thats ubsurd, now the thought of gambit grabbing a claw is dumb, something Remy is too smart to even consider that. Besides he wouldnt need to he has great offense wthr it be charging up a trowing object, a stationary object, or wolverine himself. Not to say wolvie would let him but that means he has to stay at a distance until he attacks UP CLOSE>>>which leaves himself open to gettn charged up. Remy has options, and he knows how to use them especially against wolvie.
Originally posted by capt it up
ya and ultimate is not normal universe and also u think that made sense? if he grab wolverines claws he end up missing his hand. also it never been shown, that gambit can charge wolverien skeleton in the normal universe.
Hasn't 616 Gambit charged up his adamantium staff before? 😕
Originally posted by capt it up
thats secondary admatium not primary there a huge diffrence
That wouldn't make any difference at all. They are practically the same thing as "secondary" adamantium was only invented to cover for the times when writers screwed up and had adamantium being damaged in their stories. So one is nearly indestructible and the other is a little less indestructible. Besides no one is claiming that Gambit would destroy her skeleton, only charge it up. When it "explodes" it like his staff would be undamaged but the same wouldn't be true of the rest of X-23's body.
Originally posted by TheKahn
That wouldn't make any difference at all. They are practically the same thing as "secondary" adamantium was only invented to cover for the times when writers screwed up and had adamantium being damaged in their stories. So one is nearly indestructible and the other is a little less indestructible. Besides no one is claiming that Gambit would destroy her skeleton, only charge it up. When it "explodes" it like his staff would be undamaged but the same wouldn't be true of the rest of X-23's body.
so basically x23 goes asplode.
gotcha 😉
But i though x23 only had her feet and arms covered in adamantuim. The rest was still organic bones right?
Can Gambit even charge living organic matter anymore ?
Originally posted by TheKahn
That wouldn't make any difference at all. They are practically the same thing as "secondary" adamantium was only invented to cover for the times when writers screwed up and had adamantium being damaged in their stories. So one is nearly indestructible and the other is a little less indestructible. Besides no one is claiming that Gambit would destroy her skeleton, only charge it up. When it "explodes" it like his staff would be undamaged but the same wouldn't be true of the rest of X-23's body.
Originally posted by Black Adam
so basically x23 goes asplode.gotcha 😉
But i though x23 only had her feet and arms covered in adamantuim. The rest was still organic bones right?
Can Gambit even charge living organic matter anymore ?
Inorganic calcium phosphate makes up the majority of bones with other organic componets (such as collagen, marrow, ect) spread throughout. So Gambit should be able to charge up the inorganic components of human bones fairly easily, imo.