Thanks Keith!!
Even with all of your documentation it still took a while to dawn on me what was happening. Even the slightest drag between the cam shaft and Pinion will cause a major bind. The camshaft must rotate to release the reverse lock BEFORE the Pinion starts to move. If the Pinion moves with even a slight amount of torque it will trap the reverse lever in the detent of the cam arm.
With no cable attached I have the two finger torque test easily. It dam near "Flops" back and forth. The slight drag of the cable is felt now ....But with no catching at the beginning of the stroke.


You guys are great.
Here is another Video that may help someone else
Even with all of your documentation it still took a while to dawn on me what was happening. Even the slightest drag between the cam shaft and Pinion will cause a major bind. The camshaft must rotate to release the reverse lock BEFORE the Pinion starts to move. If the Pinion moves with even a slight amount of torque it will trap the reverse lever in the detent of the cam arm.
With no cable attached I have the two finger torque test easily. It dam near "Flops" back and forth. The slight drag of the cable is felt now ....But with no catching at the beginning of the stroke.



You guys are great.

Here is another Video that may help someone else
Comment