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The Flying Wedges
One implication of The Flying Wedges is that the Left Wrist is Cocked by the Bending of the Right Elbow, not by the Cocking of the Right Wrist. But so many people fail to understand this.
Every week, someone asks how you can Cock your Left Wrist without doing the same with the Right Wrist. Yesterday, stags14 asked: Quote:
![]() ![]() The blue triangle shows one possible visual representation of the Left Arm Flying Wedge. |
Well, yes and no tonzilla. Your completely correct that the elbow bending and moving the entire right forearm is what causes the wristcock, but with the second picture your showing an angle formed with the right forearm and shaft... if the left wrist was cocked in the manner shown and the right forearm was a true angled extension of the clubshaft (right flying wedge) by maintaining its level condition with the grip in the cup of the right hand, that forearm would actually point directly towards the floor just like the clubshaft...
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Did you know you had some sort of alien embro on your love seat? You better get out of there man!!!! The spawn of red skrull aliens have entered your sphere!!! Run for your life!!!!! |
What people fail to understand about how the right wrist does not cock (vertical motion) is because of FOREARM ROTATION.
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Chapter #3 The Hands from the Tom Tomasello video series in The Gallery answers ALL the questions on this topic.
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Hint: it's all in the fingers. |
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All in the fingers,,
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Never mind, I just watched TT hands video, he suggests that the left forearm rotation allows this to happen tho I don't see that in the pic #2. Is this what you are feeling? I like how picture one captures the right forearm on plane with the dowell, I could visualize you simply bending over and being at impact position. Could I get some drills to use with the dowells? CW |
Left Wrist Hinge Pin
In 1-L Homer stated his concept, the machine concept. The left wrist is merely a hinge pin allowing wristcock but no wristbend.
A hinge pin by definition is a pivot point which allows a circular movement in a particular plane of motion - this being the plane of the left flying wedge. When the left wrist cocks the entire forearm also rotates that pivot point in a circular manner. The entire left wrist is a hinge pin that the right forearm rotates around! If you want a simple statement to understand the wedges - the left wrist cock, the right forearm and the club all 'cock' upwards as one unit 'together' 'at the same rate' against the plane of the flat left wrist motion....without cocking the right wrist.... I hope this may help. Ps... when you maintain the wedges, the feel is like your holding a sheild on your left forearm and you have suction cups on your right hand stuck to that sheild and your ready to soooooochh it back by tracing along the plane line.....lol...keep the bend and levelness of the wrist so the forearm rotates around that hinge pin(left wrist)as an angled extension as you do.... man im tired but its bit abstract but true and funny so ill leave it:) |
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