[quote]Sentoguy wrote:
[quote]jj-dude wrote:
[quote]Sentoguy wrote:
Some guy throws a sloppy haymaker at you with his right arm, you “dead arm block” him with your left forearm, you then simultaneously slide your left arm over and around his right arm at the elbow joint and place your right palm on either your attacker’s right shoulder or throat (depending on the length of his srms and yours) and place your left palm onto your right forearm. from here a simple flexion at your left wrist joint will create a standing armbar on your opponent and render him not only complacent, but also very easy to move around (since they will be up on their toes) and you can use them as a human shield against their buddies (should your friends for some reason let one of them approach you). All of this occurs in a fraction of a second and your opponent will be more than happy to tell his buddies to back off due to the intense pain he will be experiencing the whole time you have the lock on.
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Naw. Last time I tried an armbar in a fight I broke the dude’s arm (then face planted him. He was a nast f-tard so not to worry.) Pain compliance relies on them being able to process what you are doing fast enough for them to have a change of heart. In the case of LEO’s. the suspect is usually trying to get away and knows there are more LEO’s on the way (or should be). This gives the officer a chance to apply a pain compliance, because there is a well-defined and known context. The officer is trying to restrain the suspect, not execute him.
– jj[/quote]
I’m not going to deny that some people will break their own joints in the heat of battle, but, in general if people are struggling, you don’t have the lock on correctly. Pain compliance is not a voluntary reaction, in fact, the reflex arc created by the nerves which sense pain actually does not even involve the brain, but instead only the nerves themselves, the interneuron in the spinal cord and the associated motor neuron which controls the necessary muscles. Whether we’re talking about attacking the Golgi Tendon Organ right above the Olecranon process for a standing armbar, stretching the muscles of the shoulder joint to their limit during a Kimura, or any other joint manipulation, the associated pain compliance is totally involuntary (again assuming that you actually have the lock on right and they are feeling pain). That’s one of the great things about joint locks, people respond in a very predictable way to them since their bodies are reacting in an involuntary fashion.
Like Robert said though, smaller joints like fingers have a much greater chance of winding up breaking, due to their smaller less stable structure, than larger joints like the elbow or shoulder. That’s one of the reasons why when you are drilling finger locks, you are taught to avoid locking a single finger as it is likely to snap (you instead always lock several).[/quote]
This is how I was taught as well. However, in practical application, even if you are fairly skilled, it seems to me that the likelihood of applying a joint lock less than perfectly while in a real, dynamic situation is pretty high. I can absolutely see and have experienced how this might result in a.) the person being able to resist/escape or b.) the force coming on so suddenly that pain compliance doesn’t take effect before the damage is done. This somewhat plays into what Robert said about training for where to go when your technique fails.
Not really arguing against joint locks, I am a fan in the right application. Just trying to further the discussion.