Over-engineered Golf Tee
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![Picture16.png](/proxy/?url=https://content.instructables.com/FOR/VBG0/LD8TKI3M/FORVBG0LD8TKI3M.png&filename=Picture16.png)
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When I would play golf my tee would always go flying so I designed a tee that stays in the ground very good with threads. It can tilt at a 13-degree angle! vs a normal one can only tilt at an 8-degree angle 😲. It is adjustable with a nut so every time it is the same height.
Supplies
![IMG_5053.JPG](/proxy/?url=https://content.instructables.com/F6H/EM1Q/LD7E4WB9/F6HEM1QLD7E4WB9.jpg&filename=IMG_5053.JPG)
Cad
First download Autodesk fusion 360 then you are all set.
Sketch Body
![Picture3.png](/proxy/?url=https://content.instructables.com/F2E/1623/LD7E4XR8/F2E1623LD7E4XR8.png&filename=Picture3.png)
- Create a back view sketch.
- Create a line 50mm in height.
- At the bottom of the 50mm create a line on the x axis that is 5mm to the left.
- Create a line 44mm high at the end of the 5mm.
- Create a line on the 44mm diagonal left thru half of one of the grid cubes(look at the picture)
- Create a 10mm line connecting the golf tee.
- Finish the sketch
Revolve Body
![Picture6.png](/proxy/?url=https://content.instructables.com/FY4/SVM6/LD7E4Y05/FY4SVM6LD7E4Y05.png&filename=Picture6.png)
- Click create in the top left corner then revolve.
- Select the sketch.
- For the axis select the z axis.
- Angle 360.0 deg.
- Direction one side.
Sketch Ball Holder
![Picture7.png](/proxy/?url=https://content.instructables.com/F7M/90I5/LD7E4Y3D/F7M90I5LD7E4Y3D.png&filename=Picture7.png)
![Capture 3.PNG](/proxy/?url=https://content.instructables.com/FPB/MVFK/LD7E4YGF/FPBMVFKLD7E4YGF.png&filename=Capture 3.PNG)
- Create a back view sketch.
- Start with a 4mm line across the y axis.
- At the bottom of that line do another 4mm line on the x axis. look at the picture.
- Create a left diagonal line spaced evenly up that is 5.657mm.
- Then 8mm line connecting them.
- Finish the sketch.
Revolve Ball Holder
![Picture8.png](/proxy/?url=https://content.instructables.com/FO1/ZWXK/LD7E4YQ7/FO1ZWXKLD7E4YQ7.png&filename=Picture8.png)
- Click revolve in create.
- Select the sketch.
- Z axis
- 360.0 deg
- Operation cut
Sketch Tip
![Picture11.png](/proxy/?url=https://content.instructables.com/FIL/0NR9/LD7E4Z0K/FIL0NR9LD7E4Z0K.png&filename=Picture11.png)
- Sketch a 17mm line on the y axis under the plane.
- Then a 17.464mm line back up diagonal to the left.
- Connect them with a line at 3.99mm.
- Finish sketch.
Revolve Tip
![54.PNG](/proxy/?url=https://content.instructables.com/FGP/WHV2/LD7E4ZTV/FGPWHV2LD7E4ZTV.png&filename=54.PNG)
- Select revolve in create.
- Select the sketch.
- Z axis.
- 360.0 deg.
- Operation join.
Thread Body
![Capture NUBA 2.PNG](/proxy/?url=https://content.instructables.com/F6C/W3EY/LD7E50B1/F6CW3EYLD7E50B1.png&filename=Capture NUBA 2.PNG)
- Click create in the top left corner then thread.
- Select the the long cylinder.
- Select modeled and full length make sure you have a check mark.
- Thread type ISO metric trapezoidal threads.
- Designation TR10x2.
- Direction right hand.
Sketch Nut
![Capture 4.PNG](/proxy/?url=https://content.instructables.com/FAS/Z7RD/LD7E51CK/FASZ7RDLD7E51CK.png&filename=Capture 4.PNG)
- Create a center diameter circle 10mm next to the tee.
- Click create then polygon circumscribed polygon start in the center then enter 10mm.
- Finish sketch.
Extrude Nut
![pic 12.PNG](/proxy/?url=https://content.instructables.com/FEP/ADJK/LD7E527P/FEPADJKLD7E527P.png&filename=pic 12.PNG)
- Hit the e key for extrude select the sketch of the nut.
- Extrude to 8mm.
Thread Nut
![43.PNG](/proxy/?url=https://content.instructables.com/FTP/MAF0/LD7E52H0/FTPMAF0LD7E52H0.png&filename=43.PNG)
- Thread the nut with Thread type ISO metric trapezoidal threads with modeled and full length.
- Size 12mm
- Designation TR12x2.
- Direction right hand.
Fillet and Chamfer
![Capture 56.PNG](/proxy/?url=https://content.instructables.com/F4D/2XJ1/LD7E531W/F4D2XJ1LD7E531W.png&filename=Capture 56.PNG)
![new.PNG](/proxy/?url=https://content.instructables.com/FDC/8E2G/LD7E532N/FDC8E2GLD7E532N.png&filename=new.PNG)
- Add a 1mm chamfer to the nut.
- Add a 1mm fillet to tee
Export
Go to file then export STL.
Slicing
![Picture14.png](/proxy/?url=https://content.instructables.com/F1Z/IK1G/LD7E53W2/F1ZIK1GLD7E53W2.png&filename=Picture14.png)
Print the tee with supports on its side 20% infill
Print the nut with no supports(yes this matters) 20% infill.
Printing
- Filament PLA or ABS.
- 20% infill.
- The nut is 15 minutes and the tee is 50 minutes.
Taking Supports Off
Start at the tip then with your snippers start taking the supports off.
Sanding
![IMG_5057.JPG](/proxy/?url=https://content.instructables.com/FX6/FT0S/LD8TKIAA/FX6FT0SLD8TKIAA.jpg&filename=IMG_5057.JPG)
On the thread if you have some PLA between the each gap(don't panic) just sand it down till it is all gone.
Getting More PLA Out
![IMG_5066.JPG](/proxy/?url=https://content.instructables.com/F0S/F6Y0/LD8TKIY9/F0SF6Y0LD8TKIY9.jpg&filename=IMG_5066.JPG)
Use a screwdriver to get the rest of the PLA out.
Nut Not Fitting On
![IMG_5068.JPG](/proxy/?url=https://content.instructables.com/FDE/KS1V/LD8TKKMX/FDEKS1VLD8TKKMX.jpg&filename=IMG_5068.JPG)
Make sure your body is 10mm.
U R Done
![IMG_5056.JPG](/proxy/?url=https://content.instructables.com/FUI/48T9/LD8TKI8E/FUI48T9LD8TKI8E.jpg&filename=IMG_5056.JPG)
Hope this was helpful.