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Instructions for Designing a Wheel in CATIA V5
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Required tools
-Must have access to a working computer
-Computer must have CATIA V5
-Computer must be equipped with a keyboard and a 3 button mouse
-User must be acquainted with simple computer navigation
-User must follow each step in the specified orderRelated
(http://cdn.instructables.com/FYS/TDSI/H0QH0IYX/FYSTDSIH0QH0IYX.LARGE.jpg)
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About This Instructable
License:17,925 views
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(/member/catiainstructor/)
catiainstructor(/member/catiainstructor/)
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w heel (/tag/type-id/category-technology/keyw ord-
w heel/)
design (/tag/type-id/category-technology/keyw ord-
design/)
catia (/tag/type-id/category-technology/keyw ord-
catia/)
v5 3D design (/tag/type-id/category-
technology/keyw ord-v5 3d design/)
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Instructions for Designing a Wheel in CATIA V5 by catiainstructor
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Step 1: Start CATIA V5 on your computer
Home Screen opens upon startup – CLOSE THE SMALLER WINDOW
Step 2: Naming The Part
See More (/tag/type-id/?q=)(http://cdn.instructables.com/FYY/8QG8/H0QH0IZM/FYY8QG8H0QH0IZM.LARGE.jpg)
(http://cdn.instructables.com/F9H/EXSV/H0OJ5WFU/F9HEXSVH0OJ5WFU.LARGE.jpg)
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Select Start > Mechanical Design > Part Design
Name your part and click OK
NOTE: All boxes must remain checked/unchecked as shown in the image
Step 3: A new PART window will open
A new PART window will open – This is where we do all our designing
Step 4: Navigation Control in CATIA
(http://cdn.instructables.com/FAA/700T/H0QH0IZQ/FAA700TH0QH0IZQ.LARGE.jpg)
(http://cdn.instructables.com/FTZ/Z2CN/H0QH0IZ8/FTZZ2CNH0QH0IZ8.LARGE.jpg)
1. Click WHEEL and move mouse to PAN
2. Click WHEEL AND RIGHT and move mouse to ROTATE
3. Click WHEEL AND RIGHT, Release RIGHT and move mouse to ZOOM
Step 5: Standardize the Control Setup
(http://cdn.instructables.com/FGC/80JH/H0OJ2H4Y/FGC80JHH0OJ2H4Y.LARGE.jpg)
(http://cdn.instructables.com/FP0/OC7B/H0OJ0QO8/FP0OC7BH0OJ0QO8.LARGE.jpg)
Click Tools > Customize > Toolbars > Standard > Restore all Contents
Click OK
Click Restore Position
Click OK
Step 6: Starting First Sketch
(http://cdn.instructables.com/FGR/8U5I/H0OIUIBY/FGR8U5IH0OIUIBY.LARGE.jpg)
(http://cdn.instructables.com/F2M/J6K2/H0OIZ4LD/F2MJ6K2H0OIZ4LD.LARGE.jpg)
Click ZX plane from Top Left > (sketch icon) from the Top Right Corner of the
Page
Step 7: Deselect the Snap to point option from bottom of thescreen
Make sure that the other options of the sketch tools toolbar are selected/deselected
as shown
Step 8: The Sketch Screen opens
(http://cdn.instructables.com/F3R/9FEF/H0OIZ4LH/F3R9FEFH0OIZ4LH.LARGE.jpg)
(http://cdn.instructables.com/F6K/SO2G/H0OJ0QOQ/F6KSO2GH0OJ0QOQ.LARGE.jpg)
Double Click the Profile icon from the Profiles toolbar on the Right Side of the
screen
Step 9: Draw the Straight Part of the Wheel Profile
Click in the sketch region to start profile > drag horizontally right > click
drag vertically down > click > drag horizontally right > click
drag vertically down > click > drag horizontally right !!Do NOT Click Further!!
Step 10: Draw the Curved Part of the Wheel Profile
(http://cdn.instructables.com/F6R/3XSN/H0OIUICK/F6R3XSNH0OIUICK.LARGE.jpg)
(http://cdn.instructables.com/F2O/OYXQ/H0OJ2HP0/F2OOYXQH0OJ2HP0.LARGE.jpg)
Click and Hold > drag towards the top right > Release Hold > click and Hold at an
upward curve > drag top right again !!Do NOT Release Yet!!
Step 11: Draw the Straight End Part of the Wheel Profile
Release Hold > click at a downward curve > drag vertically upward > click > drag
Horizontally right > click > Press Esc on Keyboard twice
Step 12: Finished Profile Sketch
Step 13: Dimensioning the Sketch
(http://cdn.instructables.com/FRW/XEJP/H0OIUID5/FRWXEJPH0OIUID5.LARGE.jpg)
(http://cdn.instructables.com/F2L/HVTM/H0OJ2HPQ/F2LHVTMH0OJ2HPQ.LARGE.jpg)
Double Click the Constrain Icon from the Constraints Toolbar on the right side of
the page
Step 14: Dimensioning the sketch
Step 15: Positioning the Sketch
(http://cdn.instructables.com/FK2/T2BA/H0OIZ77O/FK2T2BAH0OIZ77O.LARGE.jpg)
(http://cdn.instructables.com/FBD/JMT1/H0OIUID9/FBDJMT1H0OIUID9.LARGE.jpg)
Click first flat line > click ‘H’ > drag > click > Click first Vertical line > click ‘V’ >
drag > click >> double click and change values for both
Step 16: Dimensioning the sketch
Click Start point of curved section > click End point of curved section > drag away
> Right click > select Horizontal Measure > click
(http://cdn.instructables.com/F30/1FY3/H0OJ5WH0/F301FY3H0OJ5WH0.LARGE.jpg)
(http://cdn.instructables.com/FSQ/YGQU/H0OJ5WH5/FSQYGQUH0OJ5WH5.LARGE.jpg)
Double click new horizontal dimension > set to 80
>> Press Esc twice on Keyboard
Step 17: Fully Constrained Sketch
NOTE: A fully dimensioned and positioned sketch is GREEN in color
Step 18: Exiting the Sketch
Click the Exit Sketch Icon from the Workbench Toolbar on the right side of the
page
(http://cdn.instructables.com/FWC/IJ1K/H0OIZ78B/FWCIJ1KH0OIZ78B.LARGE.jpg)
(http://cdn.instructables.com/FUR/O3LJ/H0OJ0QP7/FURO3LJH0OJ0QP7.LARGE.jpg)
Step 19: The Main View with Sketch Selected
Click the Sketch name from the Part Tree on the Left side >> sketch turns Orange
Step 20: Creating the Wheel Rim
Click the Shaft icon from the Features toolbar on the right side of the page
Step 21: Creating the Wheel Rim
(http://cdn.instructables.com/FOU/T94M/H0OJ5WHC/FOUT94MH0OJ5WHC.LARGE.jpg)
(http://cdn.instructables.com/FK0/OWBA/H0OIUIDU/FK0OWBAH0OIUIDU.LARGE.jpg)
In the Dialogue Box for Shaft Definition : Click Thick Profile > click Selection >
click on ‘H’
Step 22: Creating the Wheel Rim
Select OK
Step 23: Sketching the Central Lug
(http://cdn.instructables.com/FFI/RUMU/H0OJ0QPC/FFIRUMUH0OJ0QPC.LARGE.jpg)
(http://cdn.instructables.com/F54/EL4I/H0OIUIDY/F54EL4IH0OIUIDY.LARGE.jpg)
Select the Highlighted Planar surface > Click the Sketch Icon from the right side
toolbar
Step 24: Sketching the Central Lug
Click on the Circle tool from the Profile Toolbar > Click on the center point
(intersection of ‘V’&’H’) > Drag away as shown > click
>> Press Esc twice on your keyboard
Step 25: Dimensioning the Sketch
(http://cdn.instructables.com/FN0/DAVY/H0OIUIE0/FN0DAVYH0OIUIE0.LARGE.jpg)
(http://cdn.instructables.com/F94/K5P8/H0OJ2HU6/F94K5P8H0OJ2HU6.LARGE.jpg)
Click the Constrain Icon from the Constraints Toolbar on the right side of the page
> Click on the circle > drag away > click > double click dimension > correct
dimension > click OK
>> Press Esc twice on your keyboard >> select Exit Sketch from right side
Step 26: Making the Central Lug from sketch
Select the sketch > Click Pad icon from features toolbar
Step 27: Making the Central Lug from sketch
(http://cdn.instructables.com/FZK/7SDK/H0OJ5WHK/FZK7SDKH0OJ5WHK.LARGE.jpg)
(http://cdn.instructables.com/FNR/HHFI/H0OIZ79X/FNRHHFIH0OIZ79X.LARGE.jpg)
Correct the dimension > Reverse Direction if required (needs to point into the
wheel) > click OK
Step 28: Sketching the Spoke
Rotate : Press mouse wheel and right button > drag mouse
Rotate to back view > Select back face of lug > select sketch icon from the toolbar
Step 29: Sketching the Spoke
(http://cdn.instructables.com/FHY/CJR4/H0QH0JRY/FHYCJR4H0QH0JRY.LARGE.jpg)
(http://cdn.instructables.com/FWJ/ZUZT/H0OIUIE3/FWJZUZTH0OIUIE3.LARGE.jpg)
Double Click on the Project 3D elements tool from the Operation Toolbar > Click on
the innermost diameter of the Rim (should turn YELLOW)
>> Press Esc twice on your keyboard
Step 30: Sketching the Spoke
Double Click the Line button from Profile toolbar > Click the VH Intersection > click
the yellow line (it will change color when accurate) towards the left of the ‘V’ > click
the VH intersection again > Click the yellow line (changes color) towards the right
of the ‘V’
(http://cdn.instructables.com/FTY/BAHB/H0OJ2HWE/FTYBAHBH0OJ2HWE.LARGE.jpg)
(http://cdn.instructables.com/FN0/5IQK/H0OJ0QPU/FN05IQKH0OJ0QPU.LARGE.jpg)
Step 31: Dimensioning the Sketch
Click the Constrain Icon from the Constraints Toolbar > Click the left line > click the
‘V’ > drag away > click > double click dimension > correct dimension > press OK
>> repeat for the right line
Step 32: Editing the Sketch
Click the Black triangle below the Trim icon from the Operation Toolbar > Click the
Quick trim icon from sub options
Step 33: Editing the Sketch
(http://cdn.instructables.com/FXT/7OA8/H0OIZ7AB/FXT7OA8H0OIZ7AB.LARGE.jpg)
(http://cdn.instructables.com/F9M/P2O8/H0OIUIEB/F9MP2O8H0OIUIEB.LARGE.jpg)
With quick trim Click the yellow line OUTSIDE the Triangular region
> Click Exit Sketch icon from the workbench toolbar
Step 34: Sketching the spoke
Select the sketch > Click Pad icon from features toolbar > Correct dimension >
reverse direction if required (should go towards front of the wheel) > press OK
Step 35: The Main Wheel Spoke
(http://cdn.instructables.com/FN2/Z8TX/H0OIZ7AE/FN2Z8TXH0OIZ7AE.LARGE.jpg)
(http://cdn.instructables.com/F1R/HKAD/H0QH0JW8/F1RHKADH0QH0JW8.LARGE.jpg)
To View in the correct orientation > select Isometric icon from view toolbar at
bottom
The main spoke has been created!
Step 36: Creating Spoke Pattern
Click Insert > Transformation > Circular Pattern > Change instances to 5 > change
spacing to 72
Step 37: Creating Spoke Pattern
(http://cdn.instructables.com/F3X/UEB8/H0OJ2I3S/F3XUEB8H0OJ2I3S.LARGE.jpg)
(http://cdn.instructables.com/FAH/P2LO/H0OJ2I3X/FAHP2LOH0OJ2I3X.LARGE.jpg)
Click on Reference Elements > click on the central lug > Press OK
Step 38: Creating Spoke Pattern
The Wheel Spokes are complete!
Step 39: Sketching the Central Hole
(http://cdn.instructables.com/FP6/HQK1/H0OIZ7AK/FP6HQK1H0OIZ7AK.LARGE.jpg)
(http://cdn.instructables.com/F6Y/P4NM/H0OJ5WI7/F6YP4NMH0OJ5WI7.LARGE.jpg)
Select the Highlighted Planar surface > Click the Sketch Icon from the right side
toolbar
Step 40: Sketching the Central hole
Click on the Circle tool from the Profile Toolbar > Click on the center point
(intersection of ‘V’&’H’) > Drag away as shown > click
Step 41: Dimensioning the Sketch
(http://cdn.instructables.com/FAW/PM25/H0OIUIEK/FAWPM25H0OIUIEK.LARGE.jpg)
(http://cdn.instructables.com/FZF/W2WW/H0OJ5WIA/FZFW2WWH0OJ5WIA.LARGE.jpg)
Click the Constrain Icon from the Constraints Toolbar on the right side of the page
> Click on the circle > drag away > click > double click dimension > correct
dimension > click OK
>> select Exit Sketch from right side
Step 42: Creating the central lug hole from the sketch
Click the Pocket icon from the Features toolbar on the right side of the page
Step 43: Making the Central Lug hole from sketch
(http://cdn.instructables.com/FYA/0L35/H0OJ0QQB/FYA0L35H0OJ0QQB.LARGE.jpg)
(http://cdn.instructables.com/FKX/KJ9P/H0OIUIEL/FKXKJ9PH0OIUIEL.LARGE.jpg)
Click the type pull down menu > select ‘Up to Last’ > reverse direction if required
(needs to be into the wheel) > select OK
Step 44: Congratulations! The Wheel Design is Complete
Save your work – you can now use the features learnt today for designing various
3-D objects
Step 45: Saving a CATIA part file
(http://cdn.instructables.com/F3P/WXKK/H0OJ2I8X/F3PWXKKH0OJ2I8X.LARGE.jpg)
(http://cdn.instructables.com/FOA/VBM1/H0OIUIEM/FOAVBM1H0OIUIEM.LARGE.jpg)
Post Comment
Click File > Save As > Select an appropriate name > Select Type as CATPart >
click Save
(http://cdn.instructables.com/FYA/QF9W/H0QH0JYW/FYAQF9WH0QH0JYW.LARGE.jpg)
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