Is it possible to get claws like wolverine

If you're a dedicated X-Men cosplayer looking for a new way to make your Wolverine costume that much better, we've got some good news for you. Considering there's no fan hardcore enough to have adamantium claws put into their arm, the problem with a Wolverine costume is that you pretty much always have to have your claws drawn or don't have them at all. However, a new technological development has made it possible to make your own Wolverine claws that not only extend and retract, but they'll do it with the simple flex of your arm.

So how is this possible? Bones are really needed to push and pull the claw, have it in place, protect your arms from being ripped open, and how fast the claw can appear, or sheathed. Baraka's claws are another thing. That humongous claw is so unbelevable, you can defeat that guy if you just concentrate on hammering his claws - you can remove his arms if you are successful.

What I think is the most possible creature with a "Claw"-like structure based on what you describe would be someone that is a giant, does not have a retractable claw, but an extended bone that has a sharpened edge. Preferrably the bones of the knuckles are extended up until maybe a half foot far from the knuckle.

To support the claw, the Giant would have gloves so his hands won't be injured when picking up things, but his main problem I think would be if he was a male giant. That said, I'll be saying that your claws sir, are realistically impossible. If you really want to have claws, make them cat-like claws instead. A single claw coming out of the wrist would have to fit in between the radius and ulna. The anterior side of the forearm the side you see when you look at your palm is mostly muscle and tendon anyways , so it's pretty easy to imagine a sheath that the claw could retract into without damaging or disturbing any of the real-life anatomical features the way Wolverine-style claws would.

An opening for the claw to come through could, if the claw was shaped right, simply look like a small scar. There could be two option on how it can happen. First is metacarpals splitting in two or having just two pair of each, ind of like extra teeth with the tendons still attached but the extra meta not connected to anything else. So every fist clench would move the tendons and extra bone structure forward.

Second solution is more "mutanty". You could have saliva outlet on your hand, with a stone in the duct. Muscle contraction could push part of the stone out creating a little spike. Here a video that show how it works in humans mouth.

Saliva stone poking out Also some kind of degeneration that stores silica in hand and form tubelikes structures. It is, in fact, possible. There would have to be an opening in the skin where the claws would protract, and it wouldn't be very large.

It would protrude from the knuckles, and would behave like an animal's claws. You would lose the mobility of your fingers, however. Sign up to join this community. The best answers are voted up and rise to the top. Stack Overflow for Teams — Collaborate and share knowledge with a private group. Create a free Team What is Teams?

Learn more. Are wolverine style retractable bone claws possible? Ask Question. Asked 3 years, 6 months ago. Active 3 years, 6 months ago. Viewed 3k times. Improve this question. Aniruddha Sharma. Aniruddha Sharma Aniruddha Sharma 79 1 1 silver badge 4 4 bronze badges.

Interesting question. I edited your title to make it easier to know what the question is about when seeing it on the frontpage or browsing the existing questions. If you have a moment please take the tour and visit the help center to learn more about the site. Have fun! Also wolverines blades are even longer than his forearms so when they are retracted he wouldn't be able to move his entire arm.

You could also collect reputation for your answer, which you can't with comments. Show 6 more comments. Active Oldest Votes. Improve this answer. A strong metal is somehow liquefied and then cooled into a superhard state; in addition, this metal is bonded to organic material. There is a way to create what are called "amorphous metals" or "glassy metals".

An amorphous metal is a metallic material with a non-crystalline, disordered structure. The material is cooled at an incredibly rapid rate, locking the metal into a "glassy" state without giving crystals time to form.

Recent developments in this area have produced a number of alloys with cooling rates slow enough to allow formation of amorphous structure in thick layers over 1 millimeter ; these are known as bulk metallic glasses BMG.

In , for example, several groups succeeded in producing bulk amorphous steel. The Oak Ridge group refers to their product as "glassy steel". Their material is non-magnetic at room temperature and is significantly stronger than conventional steel. The idea that metal can be bonded or combined with organic tissue is not as science-fictional as it sounds.