Great comments Yoshimitsuspeed
I have a theory about what is going on here.
If you look in Timera's response to my post (#23) she says:
"The challenge that we have here is that Fusion 360 users are not always the same people who have an understanding or history of AutoCAD, and the overall workflows/deliverables between the product lines are also unique. We want to uniquely serve the Fusion 360 user with the most relevant, powerful documentation tools they need to be successful out of the gate without potentially over-serving our users with all of AutoCAD"
My experience is that Fusion 360 works very well for 3d printing and CNC machining. I use it at home for my hobby where I use 3d printing for electric guitar pickup spools and CNC milling for guitar bodies. For these jobs the modeling tools and output are appropriate. Fusion 360 speaks the language of 3d printing and CNC milling.
At work I need (mostly) stainless steel components milled to a high degree of accuracy for mechanical systems working inside vacuum chambers. These sometimes include welds, high tolerance reaming, special surface finishes - you get the idea. These components are made by machinists in traditional shops, where they fuss over getting all the details right. Fusion 360 is unable to produce drawings that can communicate subtle and critical information to machinists, it doesn't speak the language of traditional machining.
So,
Timera points out that Autodesk considers Fusion a product for a unique market.
Fusion 360 was designed to work very well for 3d printing.
Fusion 360 is nearly unuseable for traditional machining.
From this I assume Autodesk has made a strategic decision to develop Fusion 360 for the 3d printing revolution, and not to service the traditional machining market. I can understand why they might do this, the 3d printing world is absolutely amazing, and they want to be a player. I feel this attitude is short sighted because my expectation is that 3d printing will not replace, but rather live along side traditional machining, with each applied to the task for which it is most appropriate. If this is the case why would I want to maintain two software environments, one for traditional machining, and one for 3d printing. I may have components of each class in the same assembly... I need my design software to speak both languages fluently.
For me it probably means I will keep my subscription at home, but for work I'll have to switch back to SolidWorks when my first year subscription runs out.