In Process Probing | Fusion 360

Reduce waste, machine accurately and create a more efficient workflow on your machine by using Fusion 360's probing and inspection features. Watch as we take you into an in depth walk through into the in process probing features available on Fusion 360. For more information on the machining extension visit our website.
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[@jcournoyer2]

This is a great video. But I feel like there was one step you missed. You did not go back into the 2nd bore and remove the stock to leave. In other words the hole is undersize by 0.05". Is this correct? It was understood, but just want to verify

[@snoopsnet8150]

This was my understanding as well.
Edit: Update! I learned from another video that using it this way honors the "stock to leave" of the previous cut when updating the tool wear. Thus if you had 0.05 stock to leave, the tool wear update looks for that 0.05 and updates correctly. You DO however need to make sure you uncheck the "stock to leave" on the following operation to make sure you're cutting exactly to spec.

[@constanzo84]

Great Stuff! Thank you very much.

[@toddmckissick2931]

Good, quick, useful info... But, I'm still looking for what numbers go into the Haas Next Gen offsets page for the tool.
Example 1/2” end mill that measures 0.5003" and starts at 4" from spindle.
I want fusion to say the tool is 0.5000" and the wear is whatever the machine probes it differently. The offsets page should show 0.5003 actual diameter and some number for wear. I'm guessing it should be -0.0003" so that is used to move the toolpaths a bit farther away from the desired line.
It just seems to me that Fusion should always know the advertised size but not the wear while the control should know the actual diameter and the wear.
So how do I get the probing cycle in the machine to enter a wear value of 0.0003" (not sure if it should be positive or negative!) and a nominal value for actual diameter.
Doing this should mean that replacing the tool and probing it let's me use the same nc program without changes and repeated tool probing constantly updates the wear value.
Thank you to anyone who answers!