Dewesq55
Well-Known Member
Well, it works! It needs some fine tuning but here are some close ups and a test cut I did in some soft pine to test it out:
This is a close up of the 2 way crank. When you turn it the threaded rod spins and drives the router base sled down the length of the jig and the crank connects to the pendulum handle and rocks it back and forth like a piston:
This shows the other side of the router sled and the spring loaded metal lever which engages the threads to drive sled. To move the sles nack to tje starting end you just lift up on the levwr and slide the base:
This is a test fretboard blank clamped to the pendulum top. I modified the clamping blocks after this pic was taken because the sled wasn't able to pass over them:

Here you can see that the test board is a flat board with no radius:
Here is the result of a partial test run. It looks like boards will still need to be cleaned up with radius sanding blocks, but it works. This is a 9.5" radius which I will use for my tele neck rebuild:

This is a close up of the 2 way crank. When you turn it the threaded rod spins and drives the router base sled down the length of the jig and the crank connects to the pendulum handle and rocks it back and forth like a piston:
This shows the other side of the router sled and the spring loaded metal lever which engages the threads to drive sled. To move the sles nack to tje starting end you just lift up on the levwr and slide the base:
This is a test fretboard blank clamped to the pendulum top. I modified the clamping blocks after this pic was taken because the sled wasn't able to pass over them:

Here you can see that the test board is a flat board with no radius:
Here is the result of a partial test run. It looks like boards will still need to be cleaned up with radius sanding blocks, but it works. This is a 9.5" radius which I will use for my tele neck rebuild:



