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@greenimi I thought the same when customer shared the drawing, as I mentioned this drawing is not well defined. I also agree with @pmar but I still find difficult to transfer that idea into a fixture to check the profile. The shape of the part plus the variations from angles make things...

The real challenge I see is make sense of the drawing to make a fixture that allows to check the radiuses position (Where the tubes go)to the surface where the bracket is mounted Datums A,B,C that you are proposing @pmar

With the open angle of 51 degrees +20/ - 0, would make it very difficult to check that profile in a fixture with that angle range.

I agree, but then how would you control the location of the radius where the tubes go in the assembly, would you add a true positions to those two radiuses where the tubes go when they close it in the assembly, or what would be the best approach in your opinion?

Pmar, based on your proposed datum structure, then you would use Datum A the flat surface where those 2 holes are (6.5 & 14)?

Here is how it should look in close position for referencehttps://files.engineering.com/getfile.aspx?folder=1874374e-c6ea-4160-9421-0b1dae33cab7&file=Bracket_Jounce_Left_assy_(Close_up_view).JPG

See attach for reference a picture of the final assembly in the car, just consider it is a defective part, that is why it is open.https://files.engineering.com/getfile.aspx?folder=65525bba-febf-4303-8360-2837b4e1b166&file=Final_assy.JPG

3DDave To give you a better picture, we produce the part in open position, then out customer assembly to the tubes and that whole assembly tubes + bracket goes to OEM, where is assembled to the car. I find difficult to have a datum structure based on functionality of the part, that could help...

Part 3 of drawinghttps://files.engineering.com/getfile.aspx?folder=d5ac2b03-6de2-4980-b54b-ddfe1fe06026&file=3.JPG

Part 2 of drawinghttps://files.engineering.com/getfile.aspx?folder=e5eb9e66-45a3-42c4-94c8-13a8a04f1b10&file=2.JPG

Part 1 of drawing.https://files.engineering.com/getfile.aspx?folder=9aebd608-0c3d-4939-806a-af13ce2ec345&file=1.JPG

I was asking if by any chance there is an example for Fig.4-7, obviously with given measured dimensions, I just would like to know how you calculate the true position when you have a datum in an angle. Thanks 3DDave. I have a very complex part and I am having a very difficult time defining...

Ok, let me try again 3DDave. How would you calculate the true position from that Fig.4-7 given the datums and other dimensions?

OMG guys, I guess people have not had their coffee yet. XD I am asking if there is any place where I can find the true position calculation for Fig. 4-7 drawing. Its a simple question, no need to think too hard...

@axym I meant the calculation of that specific example for the inclined datum feature. I would like to have that example as a reference.

I am dealing with a part that is using an inclined datum feature, and I will like to use as a reference the solution of FIG.4-7 sample from ASME-Y14.5M-2009, does anyone know where could I get this?