quote:Originally posted by mb6606
Ok thanks
Do you need to use a cross line delivery path with angled hinging?
Hi mb6606,
Here is a Four Accumulator Response:
A. Single Barrel -- For Those Who Want Just A Simple Answer:
No. Angled Hinging does not require a Cross Line Delivery Path. Or vice versa.
B. Double Barrel -- For Those Who Want To Understand Why And Are Willing To Work:
Hinge Action (2-G) is independent of
Plane of Motion (2-F). Therefore,
any Hinge Action (7-10) may be used with
any Inclined Plane regardless of its
Base Line (7-5); its
Angle (7-6); its
Delivery Line (for the Clubhead) whether
Geometric or
Visual or
Geometric Equivalent of the Visual (2-J-3); or its
Delivery Path (for the Hands) whether Line, Angled Line or Circle (7-23).
C. Triple Barrel -- For TGM Junkies Only:
That said, Angled Hinging is
most compatible with the Hitter's Muscular Thrust (Right Triceps) Drive-Out of the Clubhead. This Stroke may be executed on the true
Geometric Plane Line, e.g., the
Square Plane Line (10-5-A) per the
Drive Loading Basic Pattern (12-1-0);
or on the Geometric Equivalent of the Visual Arc of Approach (the Clubhead blur through Impact) per 2-J-3. This is the
Angle of Approach Delivery Line, i.e., the straight line drawn between the Orbiting Clubhead's Impact and Low Points (Sketch 2-C-1 #3). This is a
Cross Line procedure that uses the
Closed Plane Line of 10-5-E and its steep Plane erected on the Angle of Approach.
D. Four Barrel -- For Anybody Left Standing And Still Reading:
However, even when using for (Clubhead) Delivery
Guidance the
Geometric Square Plane Line of 10-5-A, the Delivery
Thrust -- on any of the
Line Paths (10-23-A/B/C/D) -- remains
Cross Line, i.e., a Straight Line, On Plane Right Forearm Thrust towards the Plane Line per Sketch 1-L-9/10/11. Thus, the
Delivery Path Angle (direction) is always the
Right Forearm Angle of Approach as established by its Impact Fix Alignment. Then, the Stroke's Basic Power source (2-M-1) will determine the most compatible
Hinge Action. Muscular Thrust (Hitting) will automatically produce Angled Hinging.
Centrifugal Force (Swinging) will automatically produce Horizontal Hinging.
Please...
No questions!

[8D]