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FreeCAD Part Modeling Tutorial | FreeCAD Tutorial | 3D Modeling | Learn FreeCAD | Mechnexus |
Sep 21, 2025
#freecad #freecadtutorial #learnFreeAD In this video I have explained How to Model Part in FreeCAD with the help of part design Workbench. ▶️ Get my Complete FreeCAD Course : From Zero to Expert ! https://ko-fi.com/s/1ab4385434 ▶️ Join my channel membership and keep supporting my work: https://www.youtube.com/channel/UCcn6z2whMaFu-_LDsEXCfVA/join ▶️ Visit my website for more info on FreeCAD-: https://mechnexus.com/ ▶️ Download Source File of Tutorial-: https://mechnexus.com/mechnexus-youtube-tutorial-source-file/ ▶️ Buy Me a Coffee I am very grateful that you watch my videos and I am constantly trying to improve the quality of the videos on this channel. If you'd like to help me do this, please consider supporting me so that I can to continue to produce content for your enjoyment. 👉 Help support this channel by buying me a coffee: https://ko-fi.com/mechnexus
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0:00
Hello friends, welcome to Fria tutorial
0:03
Hello friends, welcome to Fria tutorial
0:03
Hello friends, welcome to Fria tutorial and in this tutorial we will model this
0:05
and in this tutorial we will model this
0:05
and in this tutorial we will model this uh support. As you can see that uh I
0:08
uh support. As you can see that uh I
0:08
uh support. As you can see that uh I have already model it with respect to
0:11
have already model it with respect to
0:11
have already model it with respect to the drawing
0:13
the drawing
0:13
the drawing and uh I will show you from the scratch
0:16
and uh I will show you from the scratch
0:16
and uh I will show you from the scratch how you can model this part. For this
0:19
how you can model this part. For this
0:19
how you can model this part. For this tutorial I'm using the frecad version
0:21
tutorial I'm using the frecad version
0:21
tutorial I'm using the frecad version 1.0. So you must have at least 1.0 or
0:25
1.0. So you must have at least 1.0 or
0:25
1.0. So you must have at least 1.0 or higher version than this. So I will
0:28
higher version than this. So I will
0:28
higher version than this. So I will close this file and uh create a new
0:31
close this file and uh create a new
0:31
close this file and uh create a new file.
0:34
You can visit my website mcnexus.com
0:37
You can visit my website mcnexus.com
0:37
You can visit my website mcnexus.com where I write articles and uh tutorials
0:40
where I write articles and uh tutorials
0:40
where I write articles and uh tutorials on free and here you can see that I have
0:44
on free and here you can see that I have
0:44
on free and here you can see that I have written so many articles on uh free.
0:49
written so many articles on uh free.
0:49
written so many articles on uh free. You can visit the free cat tutorials tab
0:53
You can visit the free cat tutorials tab
0:53
You can visit the free cat tutorials tab where you will find the stepbystep guide
0:57
where you will find the stepbystep guide
0:57
where you will find the stepbystep guide to model a part. Here I have also
1:01
to model a part. Here I have also
1:01
to model a part. Here I have also written so many free tutorials of a
1:04
written so many free tutorials of a
1:04
written so many free tutorials of a part.
1:05
part.
1:05
part. You can also visit my free 3D models by
1:09
You can also visit my free 3D models by
1:09
You can also visit my free 3D models by clicking on the free 3D models tab. And
1:12
clicking on the free 3D models tab. And
1:12
clicking on the free 3D models tab. And here I have uploaded so many mechanical
1:15
here I have uploaded so many mechanical
1:15
here I have uploaded so many mechanical parts which you can uh download, modify
1:20
parts which you can uh download, modify
1:20
parts which you can uh download, modify and uh use in your projects.
1:24
and uh use in your projects.
1:24
and uh use in your projects. You can also visit my 2D drawing library
1:28
You can also visit my 2D drawing library
1:28
You can also visit my 2D drawing library by clicking on the 2D drawing. Here I
1:30
by clicking on the 2D drawing. Here I
1:30
by clicking on the 2D drawing. Here I have uploaded so many 2D drawings of
1:34
have uploaded so many 2D drawings of
1:34
have uploaded so many 2D drawings of mechanical parts. If you like my method
1:37
mechanical parts. If you like my method
1:37
mechanical parts. If you like my method of teaching then you can support me on
1:40
of teaching then you can support me on
1:40
of teaching then you can support me on coffi.com/macnne
1:42
coffi.com/macnne
1:42
coffi.com/macnne nexus. You can buy me a cup of coffee.
1:46
nexus. You can buy me a cup of coffee.
1:46
nexus. You can buy me a cup of coffee. Your small support will help this
1:48
Your small support will help this
1:48
Your small support will help this channels to grow and uh it will motivate
1:52
channels to grow and uh it will motivate
1:52
channels to grow and uh it will motivate me to create more awesome content on
1:55
me to create more awesome content on
1:55
me to create more awesome content on free.
1:57
free.
1:57
free. So let's come back to our tutorial.
2:03
So here I have created a new file and I
2:05
So here I have created a new file and I
2:05
So here I have created a new file and I will insert my body and I will on the
2:07
will insert my body and I will on the
2:07
will insert my body and I will on the origin plane. Now we will read our
2:10
origin plane. Now we will read our
2:10
origin plane. Now we will read our model. So if we see the isometric view.
2:13
model. So if we see the isometric view.
2:13
model. So if we see the isometric view. So we will first create this bottom pad.
2:17
So we will first create this bottom pad.
2:17
So we will first create this bottom pad. For this I will select the top plane and
2:19
For this I will select the top plane and
2:19
For this I will select the top plane and click on the sketch
2:22
click on the sketch
2:22
click on the sketch and uh switch to the isometric view. Go
2:25
and uh switch to the isometric view. Go
2:25
and uh switch to the isometric view. Go to the model tab and hide the origin
2:27
to the model tab and hide the origin
2:27
to the model tab and hide the origin plane. And now here I will uh simply
2:32
plane. And now here I will uh simply
2:32
plane. And now here I will uh simply create a rectangle.
2:36
create a rectangle.
2:36
create a rectangle. And now I will give the dimensions.
2:39
And now I will give the dimensions.
2:39
And now I will give the dimensions. I will provide this 85 as per the
2:43
I will provide this 85 as per the
2:43
I will provide this 85 as per the drawing.
2:45
drawing.
2:45
drawing. And I will uh make this line symmetric
2:50
And I will uh make this line symmetric
2:50
And I will uh make this line symmetric with the axis.
2:53
with the axis.
2:53
with the axis. Select a smart dimension and uh this is
2:56
Select a smart dimension and uh this is
2:56
Select a smart dimension and uh this is of 86.
3:03
Now our sketch is fully constrained. I
3:06
Now our sketch is fully constrained. I
3:06
Now our sketch is fully constrained. I will switch to the isometric and come
3:09
will switch to the isometric and come
3:09
will switch to the isometric and come out of the sketch.
3:14
Go to the model tab. Select the sketch
3:16
Go to the model tab. Select the sketch
3:16
Go to the model tab. Select the sketch and click on the pad.
3:18
and click on the pad.
3:18
and click on the pad. Create the pad of uh 12 mm.
3:23
Create the pad of uh 12 mm.
3:23
Create the pad of uh 12 mm. and say okay.
3:26
and say okay.
3:26
and say okay. So first base feature is created and now
3:31
So first base feature is created and now
3:31
So first base feature is created and now we will create the next features. Next
3:33
we will create the next features. Next
3:33
we will create the next features. Next feature is to create the revolve
3:36
feature is to create the revolve
3:36
feature is to create the revolve profile.
3:38
profile.
3:38
profile. So for this I will on the origin plane
3:40
So for this I will on the origin plane
3:40
So for this I will on the origin plane and uh
3:43
and uh
3:43
and uh select the right plane and click on the
3:45
select the right plane and click on the
3:45
select the right plane and click on the sketch. Go to the model tab and hide the
3:48
sketch. Go to the model tab and hide the
3:48
sketch. Go to the model tab and hide the origin. Now here
3:51
origin. Now here
3:51
origin. Now here I will uh use the polyline tool to
3:56
I will uh use the polyline tool to
3:56
I will uh use the polyline tool to create a rough profile
4:08
and now let's provide the dimension. So
4:11
and now let's provide the dimension. So
4:11
and now let's provide the dimension. So basically we are creating the half
4:14
basically we are creating the half
4:14
basically we are creating the half portion at this location and then we
4:16
portion at this location and then we
4:16
portion at this location and then we will revolve around this axis.
4:19
will revolve around this axis.
4:19
will revolve around this axis. So select this point.
4:22
So select this point.
4:22
So select this point. Select smart dimension. Select this
4:24
Select smart dimension. Select this
4:24
Select smart dimension. Select this point. And from the bottom
4:27
point. And from the bottom
4:27
point. And from the bottom 54.5
4:30
and this one is of uh 54
4:34
and this one is of uh 54
4:34
and this one is of uh 54 and uh this one is of uh 4 mm
4:39
and uh this one is of uh 4 mm
4:39
and uh this one is of uh 4 mm and uh
4:41
and uh
4:41
and uh total is of 100.
4:46
And
4:47
And
4:47
And from this to this point is of uh 24.6.
4:55
Let's move it and uh
4:59
Let's move it and uh
4:59
Let's move it and uh select a smart dimension. And this one
5:02
select a smart dimension. And this one
5:02
select a smart dimension. And this one is of 18.
5:06
Now
5:08
Now
5:08
Now we can see that our profile is fully
5:10
we can see that our profile is fully
5:10
we can see that our profile is fully constrained. We will close it
5:14
constrained. We will close it
5:14
constrained. We will close it and
5:16
and
5:16
and click on the revolve
5:19
click on the revolve
5:19
click on the revolve and here select reference and define
5:22
and here select reference and define
5:22
and here select reference and define your own reference.
5:25
your own reference.
5:25
your own reference. Say okay.
5:27
Say okay.
5:27
Say okay. Now I will uh save my model.
5:30
Now I will uh save my model.
5:30
Now I will uh save my model. I have already created it. So I will
5:33
I have already created it. So I will
5:33
I have already created it. So I will give it uh R1.
5:36
give it uh R1.
5:36
give it uh R1. And now
5:39
And now
5:39
And now let's create a next feature. Next
5:42
let's create a next feature. Next
5:42
let's create a next feature. Next feature is to
5:45
feature is to
5:45
feature is to if you see in a side view. So we will
5:47
if you see in a side view. So we will
5:47
if you see in a side view. So we will create this rib of 6 mm.
5:52
So we will rotate our model and select
5:55
So we will rotate our model and select
5:55
So we will rotate our model and select this face
5:57
this face
5:57
this face and uh create a sketch.
6:02
And here I will click on the project
6:06
And here I will click on the project
6:06
And here I will click on the project geometry and project this age and this
6:08
geometry and project this age and this
6:08
geometry and project this age and this diameter.
6:10
diameter.
6:10
diameter. Now I will uh
6:14
Now I will uh
6:14
Now I will uh create a
6:16
create a
6:16
create a rectangle.
6:17
rectangle.
6:17
rectangle. Switch to the wireframe.
6:20
Switch to the wireframe.
6:20
Switch to the wireframe. Select it. And here
6:23
Select it. And here
6:23
Select it. And here this extra geometry I will uh trim it.
6:29
Now select a threepoint arc.
6:33
Now select a threepoint arc.
6:33
Now select a threepoint arc. create one arc
6:36
create one arc
6:36
create one arc and select this and this made it equal
6:41
and select this and this made it equal
6:41
and select this and this made it equal and now I will use the symmetricity.
6:44
and now I will use the symmetricity.
6:44
and now I will use the symmetricity. Select this point this point and this
6:46
Select this point this point and this
6:46
Select this point this point and this axis.
6:48
axis.
6:48
axis. Select a smart dimension.
6:51
Select a smart dimension.
6:51
Select a smart dimension. Give it a 6 mm. Click on close.
6:56
Give it a 6 mm. Click on close.
6:56
Give it a 6 mm. Click on close. Let's uh switch to the flat lines view.
7:00
Let's uh switch to the flat lines view.
7:00
Let's uh switch to the flat lines view. Select the sketch. Click on the pad.
7:04
Select the sketch. Click on the pad.
7:04
Select the sketch. Click on the pad. Click on reverse.
7:06
Click on reverse.
7:06
Click on reverse. Select up to
7:08
Select up to
7:08
Select up to first.
7:11
first.
7:11
first. So here instead of that we will select
7:14
So here instead of that we will select
7:14
So here instead of that we will select the face up to face.
7:19
Now
7:20
Now
7:20
Now let's create a next feature. So next
7:23
let's create a next feature. So next
7:23
let's create a next feature. So next feature
7:24
feature
7:24
feature is this one.
7:28
is this one.
7:28
is this one. So for this we will again select the
7:32
So for this we will again select the
7:32
So for this we will again select the same face and click on the sketch
7:36
same face and click on the sketch
7:36
same face and click on the sketch and click on project geometry and
7:38
and click on project geometry and
7:38
and click on project geometry and project diameter and uh project the age.
7:42
project diameter and uh project the age.
7:42
project diameter and uh project the age. Let's switch to the wireframe
7:46
Let's switch to the wireframe
7:46
Let's switch to the wireframe and here
7:47
and here
7:48
and here I will uh again create a rectangle.
7:53
I will uh again create a rectangle.
7:53
I will uh again create a rectangle. Delete this line.
7:55
Delete this line.
7:55
Delete this line. Click on the trim tool. Trim this and
7:58
Click on the trim tool. Trim this and
7:58
Click on the trim tool. Trim this and this.
8:01
this.
8:01
this. And from here, select a threepoint arc.
8:03
And from here, select a threepoint arc.
8:04
And from here, select a threepoint arc. Select this point and this point.
8:07
Select this point and this point.
8:07
Select this point and this point. And let's make it uh equal.
8:11
And let's make it uh equal.
8:11
And let's make it uh equal. And now
8:14
here I will select this vertical line
8:17
here I will select this vertical line
8:17
here I will select this vertical line and this construction diameter
8:20
and this construction diameter
8:20
and this construction diameter and add a tangent. Select the line and
8:23
and add a tangent. Select the line and
8:23
and add a tangent. Select the line and construction diameter and add a tangent.
8:27
construction diameter and add a tangent.
8:27
construction diameter and add a tangent. Our uh sketch is fully constrained. We
8:30
Our uh sketch is fully constrained. We
8:30
Our uh sketch is fully constrained. We will close it and
8:33
will close it and
8:34
will close it and we will click on the pad.
8:36
we will click on the pad.
8:36
we will click on the pad. Set it reverse
8:38
Set it reverse
8:38
Set it reverse and give it a 6 mm.
8:41
and give it a 6 mm.
8:41
and give it a 6 mm. Say okay.
8:44
Say okay.
8:44
Say okay. Now we will uh create a next features.
8:47
Now we will uh create a next features.
8:47
Now we will uh create a next features. Next feature is to create the pad. So
8:50
Next feature is to create the pad. So
8:50
Next feature is to create the pad. So for this I will select this top face and
8:52
for this I will select this top face and
8:52
for this I will select this top face and click on the sketch. Let's switch to the
8:55
click on the sketch. Let's switch to the
8:55
click on the sketch. Let's switch to the isometric
8:57
isometric
8:57
isometric and set our model to the right
8:59
and set our model to the right
8:59
and set our model to the right orientation.
9:01
orientation.
9:01
orientation. So here I will use the slot tool.
9:04
So here I will use the slot tool.
9:04
So here I will use the slot tool. Create a slot.
9:07
Create a slot.
9:07
Create a slot. Now I will switch to the wireframe
9:10
Now I will switch to the wireframe
9:10
Now I will switch to the wireframe and here I will uh make it symmetric.
9:15
and here I will uh make it symmetric.
9:15
and here I will uh make it symmetric. Select this point, this point and this
9:17
Select this point, this point and this
9:17
Select this point, this point and this axis. Select the smart dimension
9:21
axis. Select the smart dimension
9:21
axis. Select the smart dimension and uh give it a 60
9:24
and uh give it a 60
9:24
and uh give it a 60 and uh from here to this point is of uh
9:30
and uh from here to this point is of uh
9:30
and uh from here to this point is of uh 62
9:32
62
9:32
62 and uh this radius is of uh 11 mm. Say
9:37
and uh this radius is of uh 11 mm. Say
9:37
and uh this radius is of uh 11 mm. Say okay.
9:38
okay.
9:38
okay. The detail dimensions you can see here
9:41
The detail dimensions you can see here
9:41
The detail dimensions you can see here this is of diameter 22 center to center
9:44
this is of diameter 22 center to center
9:44
this is of diameter 22 center to center is of a 60 and position is of a 62.
9:48
is of a 60 and position is of a 62.
9:48
is of a 60 and position is of a 62. Click on close.
9:52
Now
9:54
Now
9:54
Now I will create a pad of
9:59
I will create a pad of
9:59
I will create a pad of thickness. Let's see the what is the
10:00
thickness. Let's see the what is the
10:00
thickness. Let's see the what is the thickness here.
10:06
Let's see in a here
10:11
Let's see in a here
10:11
Let's see in a here or in a let's see in a side view.
10:15
or in a let's see in a side view.
10:16
or in a let's see in a side view. So here it is of a 6 mm.
10:19
So here it is of a 6 mm.
10:19
So here it is of a 6 mm. Give the 6 mm and say okay
10:24
Give the 6 mm and say okay
10:24
Give the 6 mm and say okay let's switch to the isometric.
10:27
let's switch to the isometric.
10:27
let's switch to the isometric. Now
10:30
Now
10:30
Now if you see the isometric view so we will
10:34
if you see the isometric view so we will
10:34
if you see the isometric view so we will add this pad. So for this I will select
10:37
add this pad. So for this I will select
10:37
add this pad. So for this I will select this phase and click on the sketch and
10:41
this phase and click on the sketch and
10:41
this phase and click on the sketch and uh I will project the outer
10:44
uh I will project the outer
10:44
uh I will project the outer diameter.
10:46
diameter.
10:46
diameter. Now I will uh select a rectangle tool.
10:50
Now I will uh select a rectangle tool.
10:50
Now I will uh select a rectangle tool. Delete this horizontal line.
10:53
Delete this horizontal line.
10:53
Delete this horizontal line. Click on the trim tool to trim the extra
10:55
Click on the trim tool to trim the extra
10:55
Click on the trim tool to trim the extra geometry. Now select a threepoint arc.
10:59
geometry. Now select a threepoint arc.
10:59
geometry. Now select a threepoint arc. Select this and this. And select this
11:01
Select this and this. And select this
11:02
Select this and this. And select this construction and this arc. Made it
11:04
construction and this arc. Made it
11:04
construction and this arc. Made it equal.
11:06
equal.
11:06
equal. Now click on the symmetricity
11:08
Now click on the symmetricity
11:08
Now click on the symmetricity constraint. Select this point and this
11:10
constraint. Select this point and this
11:10
constraint. Select this point and this point and this axis.
11:14
point and this axis.
11:14
point and this axis. Make it uh symmetric.
11:18
Make it uh symmetric.
11:18
Make it uh symmetric. And uh this is of a 62 which we can see
11:21
And uh this is of a 62 which we can see
11:21
And uh this is of a 62 which we can see here.
11:27
And from the bottom if we see here in a
11:31
And from the bottom if we see here in a
11:32
And from the bottom if we see here in a side view it is a 116.
11:34
side view it is a 116.
11:34
side view it is a 116. So from this to this is of
11:39
So from this to this is of
11:39
So from this to this is of 116 and click on close.
11:43
116 and click on close.
11:43
116 and click on close. And uh this is the pad of 4 mm. Select
11:46
And uh this is the pad of 4 mm. Select
11:46
And uh this is the pad of 4 mm. Select the sketch. Click on the pad.
11:48
the sketch. Click on the pad.
11:48
the sketch. Click on the pad. Set it reverse
11:51
Set it reverse
11:51
Set it reverse and uh give it a 4 mm. Say okay. Now
11:56
and uh give it a 4 mm. Say okay. Now
11:56
and uh give it a 4 mm. Say okay. Now let's save our part.
11:59
let's save our part.
11:59
let's save our part. Now we will uh create the next feature.
12:02
Now we will uh create the next feature.
12:02
Now we will uh create the next feature. So next feature we will require a DATM
12:05
So next feature we will require a DATM
12:05
So next feature we will require a DATM plane. This DATM plane will be useful to
12:11
plane. This DATM plane will be useful to
12:11
plane. This DATM plane will be useful to create this pad which is on this angular
12:15
create this pad which is on this angular
12:15
create this pad which is on this angular face.
12:16
face.
12:16
face. So
12:18
So
12:18
So here I will uh insert a datim plane at a
12:22
here I will uh insert a datim plane at a
12:22
here I will uh insert a datim plane at a distance of a 12. Select this and uh
12:26
distance of a 12. Select this and uh
12:26
distance of a 12. Select this and uh click on the datam plane and in a Z
12:28
click on the datam plane and in a Z
12:28
click on the datam plane and in a Z direction
12:30
direction
12:30
direction provide the 12 mm.
12:33
provide the 12 mm.
12:33
provide the 12 mm. And now
12:35
And now
12:35
And now here
12:37
here
12:37
here I will reverse the direction
12:44
of a minus 12 mm. And now on this we
12:48
of a minus 12 mm. And now on this we
12:48
of a minus 12 mm. And now on this we will create our sketch. So let's rebuild
12:51
will create our sketch. So let's rebuild
12:51
will create our sketch. So let's rebuild our data plane. Select the data plane
12:54
our data plane. Select the data plane
12:54
our data plane. Select the data plane and click on the sketch.
12:57
and click on the sketch.
12:57
and click on the sketch. Switch to the isometric view and set it
12:59
Switch to the isometric view and set it
13:00
Switch to the isometric view and set it to the rear view.
13:02
to the rear view.
13:02
to the rear view. And now
13:05
And now
13:05
And now let's uh switch to the wireframe.
13:09
let's uh switch to the wireframe.
13:09
let's uh switch to the wireframe. Click on the project geometry.
13:13
Click on the project geometry.
13:13
Click on the project geometry. Select the circle.
13:16
Create a circle.
13:19
Create a circle.
13:19
Create a circle. And uh make this is of the construction
13:22
And uh make this is of the construction
13:22
And uh make this is of the construction one.
13:24
one.
13:24
one. And here
13:27
And here
13:27
And here provide this uh construction diameter of
13:30
provide this uh construction diameter of
13:30
provide this uh construction diameter of uh 94
13:33
uh 94
13:33
uh 94 and select the line tool. Create a line
13:38
and select the line tool. Create a line
13:38
and select the line tool. Create a line and uh make it construction. Select the
13:41
and uh make it construction. Select the
13:41
and uh make it construction. Select the smart dimension
13:43
smart dimension
13:44
smart dimension and uh made it 45.
13:48
And now here I will make it a
13:51
And now here I will make it a
13:51
And now here I will make it a coincidence.
13:53
coincidence.
13:53
coincidence. You can also
13:56
You can also
13:56
You can also trim it.
14:03
Now
14:05
Now
14:05
Now here I will uh use the threepoint arc.
14:12
Let's uh see that uh it is R six. So
14:17
Let's uh see that uh it is R six. So
14:17
Let's uh see that uh it is R six. So first I will uh make it coincidence.
14:21
first I will uh make it coincidence.
14:21
first I will uh make it coincidence. Select a smart dimension.
14:24
Select a smart dimension.
14:24
Select a smart dimension. provide it R six. And now here we will
14:29
provide it R six. And now here we will
14:29
provide it R six. And now here we will uh draw the two parallel lines. One at
14:33
uh draw the two parallel lines. One at
14:33
uh draw the two parallel lines. One at the left hand side and one it on the
14:35
the left hand side and one it on the
14:35
the left hand side and one it on the right hand side. And both will be the
14:37
right hand side. And both will be the
14:37
right hand side. And both will be the parall to the construction line.
14:41
parall to the construction line.
14:41
parall to the construction line. Select this and this and parallel. Now I
14:45
Select this and this and parallel. Now I
14:45
Select this and this and parallel. Now I will close my profile by joining the
14:47
will close my profile by joining the
14:47
will close my profile by joining the line with these two points. Select this
14:50
line with these two points. Select this
14:50
line with these two points. Select this and this and add a perpendicular. Select
14:53
and this and add a perpendicular. Select
14:53
and this and add a perpendicular. Select a smart dimension.
14:56
a smart dimension.
14:56
a smart dimension. Provide for 10 mm. Now close it. So we
15:01
Provide for 10 mm. Now close it. So we
15:01
Provide for 10 mm. Now close it. So we have a fully constrained sketch. Let's
15:04
have a fully constrained sketch. Let's
15:04
have a fully constrained sketch. Let's switch to the shaded and then flat lines
15:08
switch to the shaded and then flat lines
15:08
switch to the shaded and then flat lines and then from here switch to the
15:09
and then from here switch to the
15:10
and then from here switch to the isometric view and hide the data plane.
15:13
isometric view and hide the data plane.
15:13
isometric view and hide the data plane. Now here I will select the sketch. Click
15:17
Now here I will select the sketch. Click
15:17
Now here I will select the sketch. Click on the pad
15:19
on the pad
15:19
on the pad and here I will select up to two phase
15:21
and here I will select up to two phase
15:22
and here I will select up to two phase and select this face and say okay.
15:25
and select this face and say okay.
15:25
and select this face and say okay. So must be intersect sketch.
15:31
So must be intersect sketch.
15:31
So must be intersect sketch. So here let's uh select up to phase and
15:35
So here let's uh select up to phase and
15:35
So here let's uh select up to phase and select this face.
15:41
Let's validate our sketch whether there
15:43
Let's validate our sketch whether there
15:43
Let's validate our sketch whether there is a problem.
15:45
is a problem.
15:45
is a problem. Let's go to the wireframe. So this is uh
15:50
Let's go to the wireframe. So this is uh
15:50
Let's go to the wireframe. So this is uh fully constrained. No issue.
15:57
Now let's see whether we have a inserted
16:01
Now let's see whether we have a inserted
16:01
Now let's see whether we have a inserted a data plane at a 12 mm which is
16:03
a data plane at a 12 mm which is
16:03
a data plane at a 12 mm which is perfect. So click on the pad
16:07
perfect. So click on the pad
16:07
perfect. So click on the pad and uh
16:09
and uh
16:09
and uh let's provide a instead of up to face
16:12
let's provide a instead of up to face
16:12
let's provide a instead of up to face condition let's provide a 12 mm.
16:16
condition let's provide a 12 mm.
16:16
condition let's provide a 12 mm. Okay. Now if you see the isometric view
16:21
Okay. Now if you see the isometric view
16:21
Okay. Now if you see the isometric view so this is of four quantity also shown
16:24
so this is of four quantity also shown
16:24
so this is of four quantity also shown in a side view. So select the pad
16:29
in a side view. So select the pad
16:29
in a side view. So select the pad and uh we can mirror it but we will also
16:33
and uh we can mirror it but we will also
16:33
and uh we can mirror it but we will also create the hole
16:35
create the hole
16:35
create the hole and then we will mirror it. So there is
16:39
and then we will mirror it. So there is
16:39
and then we will mirror it. So there is a hole of a diameter five.
16:42
a hole of a diameter five.
16:42
a hole of a diameter five. So select the face and click on the
16:45
So select the face and click on the
16:45
So select the face and click on the sketch. So this is a plain drill hole.
16:47
sketch. So this is a plain drill hole.
16:48
sketch. So this is a plain drill hole. So I will click on the project geometry.
16:50
So I will click on the project geometry.
16:50
So I will click on the project geometry. Select the circle
16:53
Select the circle
16:53
Select the circle and uh select the smart dimension.
16:57
and uh select the smart dimension.
16:57
and uh select the smart dimension. Provide it to 5 mm. Click on close.
17:00
Provide it to 5 mm. Click on close.
17:00
Provide it to 5 mm. Click on close. Select the sketch and uh set it through
17:04
Select the sketch and uh set it through
17:04
Select the sketch and uh set it through all. Say okay. Now click on the pad and
17:08
all. Say okay. Now click on the pad and
17:08
all. Say okay. Now click on the pad and this pocket. Click on the polar pattern
17:12
this pocket. Click on the polar pattern
17:12
this pocket. Click on the polar pattern and here select uh reference and
17:17
and here select uh reference and
17:17
and here select uh reference and reference I will uh select this diameter
17:23
reference I will uh select this diameter
17:23
reference I will uh select this diameter and provide the quantity four and say
17:26
and provide the quantity four and say
17:26
and provide the quantity four and say okay.
17:28
okay.
17:28
okay. So you can see that uh
17:31
So you can see that uh
17:31
So you can see that uh it is a perfectly matching with the side
17:33
it is a perfectly matching with the side
17:33
it is a perfectly matching with the side view.
17:35
view.
17:35
view. Now let's uh press zero from keyboard to
17:39
Now let's uh press zero from keyboard to
17:40
Now let's uh press zero from keyboard to get isometric view. And now we will uh
17:43
get isometric view. And now we will uh
17:43
get isometric view. And now we will uh create our next feature. So next feature
17:46
create our next feature. So next feature
17:46
create our next feature. So next feature is to
17:48
is to
17:48
is to create
17:50
create
17:50
create a datim plane here to create this uh
17:53
a datim plane here to create this uh
17:53
a datim plane here to create this uh pad. So let's on the origin plane and in
17:57
pad. So let's on the origin plane and in
17:57
pad. So let's on the origin plane and in a bottom plane let's create a tumm plane
18:01
a bottom plane let's create a tumm plane
18:01
a bottom plane let's create a tumm plane and in a Z direction provide the 76
18:07
and in a Z direction provide the 76
18:07
and in a Z direction provide the 76 and let's see in right view. So this
18:09
and let's see in right view. So this
18:09
and let's see in right view. So this plane is perfect. Say okay. That's off
18:13
plane is perfect. Say okay. That's off
18:13
plane is perfect. Say okay. That's off the origin plane. Press zero.
18:16
the origin plane. Press zero.
18:16
the origin plane. Press zero. And now recmp compute it. Select datam
18:19
And now recmp compute it. Select datam
18:19
And now recmp compute it. Select datam plane and click on the sketch.
18:26
Now
18:28
Now
18:28
Now move to the top view and here
18:33
let's uh this is the pad which we wanted
18:37
let's uh this is the pad which we wanted
18:37
let's uh this is the pad which we wanted to create here. And this is the center
18:40
to create here. And this is the center
18:40
to create here. And this is the center of 29. So let's rotate our model. And
18:45
of 29. So let's rotate our model. And
18:45
of 29. So let's rotate our model. And from here let's switch to the wireframe
18:47
from here let's switch to the wireframe
18:47
from here let's switch to the wireframe view.
18:49
view.
18:49
view. And let's off the data plane. And now
18:53
And let's off the data plane. And now
18:53
And let's off the data plane. And now we will uh
18:56
we will uh
18:56
we will uh create a rectangle. And now
19:00
create a rectangle. And now
19:00
create a rectangle. And now I will uh delete this line. And uh
19:02
I will uh delete this line. And uh
19:02
I will uh delete this line. And uh select a threepoint art like this and
19:05
select a threepoint art like this and
19:05
select a threepoint art like this and this.
19:07
this.
19:07
this. Select this and this and uh add a
19:09
Select this and this and uh add a
19:09
Select this and this and uh add a tangent.
19:11
tangent.
19:11
tangent. At a tangent.
19:13
At a tangent.
19:13
At a tangent. Select a smart dimension and this is of
19:16
Select a smart dimension and this is of
19:16
Select a smart dimension and this is of R5.
19:19
Set it uh coincidence.
19:23
Set it uh coincidence.
19:23
Set it uh coincidence. And uh select a smart dimension.
19:27
And uh select a smart dimension.
19:27
And uh select a smart dimension. Let's make it a 10 mm.
19:31
Let's make it a 10 mm.
19:31
Let's make it a 10 mm. And here it is of a 29. So from this
19:35
And here it is of a 29. So from this
19:35
And here it is of a 29. So from this point to this one
19:38
point to this one
19:38
point to this one we will give 29. So
19:41
we will give 29. So
19:41
we will give 29. So our uh sketch is fully constrained and
19:44
our uh sketch is fully constrained and
19:44
our uh sketch is fully constrained and uh let's come out of it and also switch
19:49
uh let's come out of it and also switch
19:49
uh let's come out of it and also switch to the
19:52
flat lines.
19:55
flat lines.
19:55
flat lines. And now let's uh select the sketch.
19:59
And now let's uh select the sketch.
19:59
And now let's uh select the sketch. Click on the pad
20:01
Click on the pad
20:01
Click on the pad and click on reverse.
20:04
and click on reverse.
20:04
and click on reverse. Let's select up to face
20:07
Let's select up to face
20:07
Let's select up to face pad is created.
20:10
pad is created.
20:10
pad is created. And now
20:13
now here there is a material and uh if
20:17
now here there is a material and uh if
20:17
now here there is a material and uh if you see in the section view so there is
20:20
you see in the section view so there is
20:20
you see in the section view so there is uh no material. So we will create the
20:24
uh no material. So we will create the
20:24
uh no material. So we will create the half profile like this and then we will
20:28
half profile like this and then we will
20:28
half profile like this and then we will revolve it around the axis.
20:31
revolve it around the axis.
20:31
revolve it around the axis. So let's on the origin plane
20:35
So let's on the origin plane
20:35
So let's on the origin plane and select this YZ plane and click on
20:39
and select this YZ plane and click on
20:39
and select this YZ plane and click on the sketch
20:40
the sketch
20:40
the sketch and let's switch to the wireframe
20:45
and let's switch to the wireframe
20:45
and let's switch to the wireframe of the origin.
20:47
of the origin.
20:47
of the origin. And now here
20:50
And now here
20:50
And now here I will uh project the geometry
20:53
I will uh project the geometry
20:53
I will uh project the geometry and uh I will insert a midpoint
20:58
and uh I will insert a midpoint
20:58
and uh I will insert a midpoint and let's create a a line which will be
21:03
and let's create a a line which will be
21:03
and let's create a a line which will be the construction line
21:06
the construction line
21:06
the construction line and here I will select a polyline tool
21:13
and uh create a rough profile. tail
21:18
and uh create a rough profile. tail
21:18
and uh create a rough profile. tail and then we will constrain it with a
21:21
and then we will constrain it with a
21:21
and then we will constrain it with a dimension.
21:23
dimension.
21:23
dimension. So
21:25
So
21:25
So let's uh close this profile
21:28
let's uh close this profile
21:28
let's uh close this profile and now let's uh click on the project
21:31
and now let's uh click on the project
21:31
and now let's uh click on the project geometry.
21:33
geometry.
21:33
geometry. Select a smart dimension. Select this
21:36
Select a smart dimension. Select this
21:36
Select a smart dimension. Select this and this provide 32 mm.
21:41
and this provide 32 mm.
21:41
and this provide 32 mm. And now here we will uh use the fillet
21:45
And now here we will uh use the fillet
21:45
And now here we will uh use the fillet tool. Select this and this and delete
21:49
tool. Select this and this and delete
21:49
tool. Select this and this and delete this fillet point. Select a smart
21:51
this fillet point. Select a smart
21:52
this fillet point. Select a smart dimension. And this is of uh R2
21:57
dimension. And this is of uh R2
21:57
dimension. And this is of uh R2 and uh
22:00
and uh
22:00
and uh this is of 18 mm
22:04
this is of 18 mm
22:04
this is of 18 mm and uh this one is of 15.
22:09
and uh this one is of 15.
22:09
and uh this one is of 15. And uh this one is of
22:13
And uh this one is of
22:13
And uh this one is of 42.5.
22:19
And now
22:20
And now
22:20
And now here
22:22
here
22:22
here if you see
22:24
if you see
22:24
if you see this point
22:26
this point
22:26
this point is to be the inside.
22:29
is to be the inside.
22:29
is to be the inside. And
22:31
And
22:31
And let's uh fix this.
22:37
So here
22:40
So here
22:40
So here we will uh select a line tool.
22:46
Create a line.
22:48
Create a line.
22:48
Create a line. Set it to the horizontal
22:51
Set it to the horizontal
22:51
Set it to the horizontal and this and this will be the parallel
22:54
and this and this will be the parallel
22:54
and this and this will be the parallel and make these two line
22:57
and make these two line
22:57
and make these two line construction. Select this and this and
22:59
construction. Select this and this and
22:59
construction. Select this and this and add a coincidence.
23:01
add a coincidence.
23:01
add a coincidence. And now
23:04
And now
23:04
And now select a smart dimension. Select this to
23:09
select a smart dimension. Select this to
23:09
select a smart dimension. Select this to this is of 18 mm.
23:13
this is of 18 mm.
23:13
this is of 18 mm. And now from this point to this point
23:17
And now from this point to this point
23:17
And now from this point to this point is of 15 mm. This one and this is of 18.
23:22
is of 15 mm. This one and this is of 18.
23:22
is of 15 mm. This one and this is of 18. So now this point is a not constraint.
23:31
So we have to fix this point and let's
23:33
So we have to fix this point and let's
23:33
So we have to fix this point and let's see its dimension.
23:37
So here
23:39
So here
23:39
So here this is of 12 mm which we have given.
23:44
this is of 12 mm which we have given.
23:44
this is of 12 mm which we have given. So here we will uh make this point
23:48
So here we will uh make this point
23:48
So here we will uh make this point parallel
23:50
parallel
23:50
parallel without H. So click on the project
23:53
without H. So click on the project
23:53
without H. So click on the project geometry
23:55
geometry
23:55
geometry and select this and this and add a
23:58
and select this and this and add a
23:58
and select this and this and add a parallel relation.
24:02
So here our sketch is constrained and
24:05
So here our sketch is constrained and
24:05
So here our sketch is constrained and let's go to the model tab. So there is a
24:08
let's go to the model tab. So there is a
24:08
let's go to the model tab. So there is a degree of freedom for the construction
24:11
degree of freedom for the construction
24:11
degree of freedom for the construction line.
24:14
Close it
24:16
Close it
24:16
Close it and uh click on the groove
24:19
and uh click on the groove
24:19
and uh click on the groove here. Select reference
24:22
here. Select reference
24:22
here. Select reference and for the reference here.
24:28
We will uh use this line.
24:33
We will uh use this line.
24:33
We will uh use this line. Say okay.
24:36
Now if we see the section view so there
24:39
Now if we see the section view so there
24:39
Now if we see the section view so there is a revolve cut. So we will on the
24:42
is a revolve cut. So we will on the
24:42
is a revolve cut. So we will on the origin plane and select the right plane
24:46
origin plane and select the right plane
24:46
origin plane and select the right plane and click on the sketch. Let's off the
24:49
and click on the sketch. Let's off the
24:49
and click on the sketch. Let's off the origin plane and from here let's switch
24:52
origin plane and from here let's switch
24:52
origin plane and from here let's switch to the wire. Now here we will first
24:56
to the wire. Now here we will first
24:56
to the wire. Now here we will first project this uh outer edge and then I
25:00
project this uh outer edge and then I
25:00
project this uh outer edge and then I will create a midpoint.
25:03
will create a midpoint.
25:03
will create a midpoint. So if you move the point when you will
25:06
So if you move the point when you will
25:06
So if you move the point when you will see this symmetricity symbol click here.
25:08
see this symmetricity symbol click here.
25:08
see this symmetricity symbol click here. So that uh midpoint get inserted at the
25:12
So that uh midpoint get inserted at the
25:12
So that uh midpoint get inserted at the mid of this line. Now select the
25:15
mid of this line. Now select the
25:15
mid of this line. Now select the polyline tool and uh let's create a
25:19
polyline tool and uh let's create a
25:19
polyline tool and uh let's create a rough profile
25:25
and uh we will extend this line outside
25:27
and uh we will extend this line outside
25:27
and uh we will extend this line outside of the body
25:29
of the body
25:29
of the body and uh join it
25:33
and uh join it
25:33
and uh join it and let's select a smart dimension.
25:37
and let's select a smart dimension.
25:37
and let's select a smart dimension. Give it of 10 mm.
25:42
This is of 30
25:46
This is of 30
25:46
This is of 30 and uh this line to this point is of
25:51
and uh this line to this point is of
25:51
and uh this line to this point is of 12 mm
25:53
12 mm
25:53
12 mm and uh let's define the total length 110
25:58
and uh let's define the total length 110
25:58
and uh let's define the total length 110 and let's make it vertical.
26:02
and let's make it vertical.
26:02
and let's make it vertical. Select this and this add a horizontal
26:06
Select this and this add a horizontal
26:06
Select this and this add a horizontal relation. And now
26:11
let's see what is the unconstrain.
26:17
So here we will uh define this point
26:22
So here we will uh define this point
26:22
So here we will uh define this point by constraining this line of
26:26
by constraining this line of
26:26
by constraining this line of 30 mm. So our uh sketch is fully
26:30
30 mm. So our uh sketch is fully
26:30
30 mm. So our uh sketch is fully constrained. Now we will revolve around
26:34
constrained. Now we will revolve around
26:34
constrained. Now we will revolve around this line. So close it. Select the
26:37
this line. So close it. Select the
26:37
this line. So close it. Select the sketch. Click on the groove not on
26:40
sketch. Click on the groove not on
26:40
sketch. Click on the groove not on revolve. So select it. Click on the
26:42
revolve. So select it. Click on the
26:42
revolve. So select it. Click on the groove.
26:44
groove.
26:44
groove. And in a drop-down select reference and
26:47
And in a drop-down select reference and
26:47
And in a drop-down select reference and select this line. So you can see that
26:50
select this line. So you can see that
26:50
select this line. So you can see that cut is created. Say okay.
26:56
And now
26:58
And now
26:58
And now let's switch to the isometric view. And
27:01
let's switch to the isometric view. And
27:01
let's switch to the isometric view. And now here we will uh create this hole of
27:04
now here we will uh create this hole of
27:04
now here we will uh create this hole of a diameter 15.
27:07
a diameter 15.
27:07
a diameter 15. So we will select this face and click on
27:10
So we will select this face and click on
27:10
So we will select this face and click on the sketch. Select a circle. Create a
27:14
the sketch. Select a circle. Create a
27:14
the sketch. Select a circle. Create a circle.
27:16
circle.
27:16
circle. Select a smart dimension and provide it
27:19
Select a smart dimension and provide it
27:19
Select a smart dimension and provide it 15 mm.
27:21
15 mm.
27:21
15 mm. And uh project this outer edge. Select a
27:25
And uh project this outer edge. Select a
27:25
And uh project this outer edge. Select a smart dimension. Select this point and
27:29
smart dimension. Select this point and
27:29
smart dimension. Select this point and this point.
27:31
this point.
27:31
this point. Provide it of 47 mm.
27:35
Provide it of 47 mm.
27:35
Provide it of 47 mm. And the height is of 22.
27:43
Now close it. Select the sketch. Click
27:46
Now close it. Select the sketch. Click
27:46
Now close it. Select the sketch. Click on the pocket
27:48
on the pocket
27:48
on the pocket and say it through all
27:53
or
27:55
or
27:55
or select up to face and select the back
27:57
select up to face and select the back
27:57
select up to face and select the back side of the face.
28:00
side of the face.
28:00
side of the face. Now
28:02
Now
28:02
Now we will create a next hole.
28:05
we will create a next hole.
28:05
we will create a next hole. If you see isometric view, so there is a
28:08
If you see isometric view, so there is a
28:08
If you see isometric view, so there is a pole on the pad. So we will select the
28:11
pole on the pad. So we will select the
28:11
pole on the pad. So we will select the pad and click on the sketch.
28:14
pad and click on the sketch.
28:14
pad and click on the sketch. Rotate the model.
28:17
Rotate the model.
28:17
Rotate the model. Click on the project geometry and uh
28:21
Click on the project geometry and uh
28:21
Click on the project geometry and uh project the radius and create a circle.
28:26
project the radius and create a circle.
28:26
project the radius and create a circle. And this is of a diameter six.
28:29
And this is of a diameter six.
28:29
And this is of a diameter six. Select smart dimension.
28:32
Select smart dimension.
28:32
Select smart dimension. Give it a 6 mm. Click on close
28:36
Give it a 6 mm. Click on close
28:36
Give it a 6 mm. Click on close and
28:38
and
28:38
and give
28:40
give
28:40
give the depth of a cut is of uh 18 mm.
28:46
the depth of a cut is of uh 18 mm.
28:46
the depth of a cut is of uh 18 mm. Say okay.
28:48
Say okay.
28:48
Say okay. And now
28:50
And now
28:50
And now let's move to the next step. The next
28:53
let's move to the next step. The next
28:53
let's move to the next step. The next step is to
28:55
step is to
28:56
step is to create the hole
29:00
here which is of a diameter six which we
29:03
here which is of a diameter six which we
29:03
here which is of a diameter six which we can also see in a isometric.
29:05
can also see in a isometric.
29:05
can also see in a isometric. So for this
29:09
we
29:10
we
29:10
we will create a tangent plane.
29:14
will create a tangent plane.
29:14
will create a tangent plane. So I will on the origin plane.
29:17
So I will on the origin plane.
29:17
So I will on the origin plane. So here we have the xy plane which is
29:20
So here we have the xy plane which is
29:20
So here we have the xy plane which is our bottom plane. And from this we will
29:23
our bottom plane. And from this we will
29:23
our bottom plane. And from this we will create a datam plane at a distance of uh
29:27
create a datam plane at a distance of uh
29:27
create a datam plane at a distance of uh 72.5.
29:31
And let's switch to the rear view. So
29:33
And let's switch to the rear view. So
29:33
And let's switch to the rear view. So this is perfect tangent to the diameter.
29:36
this is perfect tangent to the diameter.
29:36
this is perfect tangent to the diameter. Say okay.
29:39
Say okay.
29:39
Say okay. And now we will select the datam plane
29:41
And now we will select the datam plane
29:41
And now we will select the datam plane and click on the sketch and let's find
29:44
and click on the sketch and let's find
29:44
and click on the sketch and let's find the distance. So this is a 16 mm from
29:47
the distance. So this is a 16 mm from
29:47
the distance. So this is a 16 mm from the edge. Let's off the datim plane.
29:52
the edge. Let's off the datim plane.
29:52
the edge. Let's off the datim plane. and uh click on the project geometry.
29:56
and uh click on the project geometry.
29:56
and uh click on the project geometry. Select the circle.
29:59
Select the circle.
29:59
Select the circle. Create a circle. Select uh smart uh
30:04
Create a circle. Select uh smart uh
30:04
Create a circle. Select uh smart uh dimensions. And this is of uh 16 mm.
30:08
dimensions. And this is of uh 16 mm.
30:08
dimensions. And this is of uh 16 mm. Select a diameter.
30:11
Select a diameter.
30:11
Select a diameter. Give the 6 mm.
30:14
Give the 6 mm.
30:14
Give the 6 mm. Click on close. And here
30:18
Click on close. And here
30:18
Click on close. And here let's give the whole depth. So whole
30:21
let's give the whole depth. So whole
30:21
let's give the whole depth. So whole depth we can give the 18 mm. So that it
30:24
depth we can give the 18 mm. So that it
30:24
depth we can give the 18 mm. So that it open in a open area.
30:27
open in a open area.
30:27
open in a open area. So select the sketch. Click on the
30:29
So select the sketch. Click on the
30:29
So select the sketch. Click on the pocket and give here 18 mm.
30:34
pocket and give here 18 mm.
30:34
pocket and give here 18 mm. Say okay.
30:36
Say okay.
30:36
Say okay. And now
30:38
And now
30:38
And now if you see top view the pad we have
30:41
if you see top view the pad we have
30:41
if you see top view the pad we have created there is a hole of a diameter 9.
30:46
created there is a hole of a diameter 9.
30:46
created there is a hole of a diameter 9. and which is of a through wall. So,
30:48
and which is of a through wall. So,
30:48
and which is of a through wall. So, select the face and click on the sketch.
30:52
select the face and click on the sketch.
30:52
select the face and click on the sketch. Click on the project geometry and uh
30:55
Click on the project geometry and uh
30:55
Click on the project geometry and uh project the radius.
30:57
project the radius.
30:57
project the radius. Select the circle.
31:00
Select the circle.
31:00
Select the circle. Create a two circle.
31:03
Create a two circle.
31:03
Create a two circle. Select a smart dimension and just
31:06
Select a smart dimension and just
31:06
Select a smart dimension and just provide it 9 mm.
31:09
provide it 9 mm.
31:09
provide it 9 mm. Select it and make it equal.
31:14
Select it and make it equal.
31:14
Select it and make it equal. Click on close. Select the sketch. Click
31:16
Click on close. Select the sketch. Click
31:16
Click on close. Select the sketch. Click on the pocket
31:19
on the pocket
31:19
on the pocket and set it
31:22
and set it
31:22
and set it through all. Say okay.
31:25
through all. Say okay.
31:25
through all. Say okay. Now
31:29
we will uh provide the fillet some
31:32
we will uh provide the fillet some
31:32
we will uh provide the fillet some common fillet
31:34
common fillet
31:34
common fillet and common fillet is of R2 here is uh
31:38
and common fillet is of R2 here is uh
31:38
and common fillet is of R2 here is uh given.
31:39
given.
31:40
given. So let's select the fillet
31:43
So let's select the fillet
31:43
So let's select the fillet tool. Define the radius two. Select this
31:47
tool. Define the radius two. Select this
31:47
tool. Define the radius two. Select this edge. This edge
31:49
edge. This edge
31:49
edge. This edge this one.
31:54
Select all four.
31:59
And say okay.
32:02
And say okay.
32:02
And say okay. And now
32:05
And now
32:05
And now let's provide the fillet here.
32:08
let's provide the fillet here.
32:08
let's provide the fillet here. Select the fillet.
32:10
Select the fillet.
32:10
Select the fillet. Select this.
32:12
Select this.
32:12
Select this. Select this.
32:15
Select this.
32:15
Select this. Select this.
32:18
Select this.
32:18
Select this. And
32:20
And
32:20
And select this.
32:22
select this.
32:22
select this. And set the value
32:26
And set the value
32:26
And set the value 2 mm.
32:29
2 mm.
32:29
2 mm. So here it is failing. So let's go one
32:33
So here it is failing. So let's go one
32:33
So here it is failing. So let's go one by one.
32:35
by one.
32:35
by one. Let's check for the one pad.
32:38
Let's check for the one pad.
32:38
Let's check for the one pad. Let's give the 2 mm whether it is
32:40
Let's give the 2 mm whether it is
32:40
Let's give the 2 mm whether it is working. So it is not working. So let's
32:45
working. So it is not working. So let's
32:45
working. So it is not working. So let's maximum how much we can give. So 1.9.
32:51
maximum how much we can give. So 1.9.
32:51
maximum how much we can give. So 1.9. So 1.9 is working.
32:53
So 1.9 is working.
32:53
So 1.9 is working. So edit the fillet
32:57
So edit the fillet
32:57
So edit the fillet and let's make it 1.99.
33:03
So it is not working. So we will make it
33:05
So it is not working. So we will make it
33:05
So it is not working. So we will make it uh 1.9 and say okay.
33:09
uh 1.9 and say okay.
33:09
uh 1.9 and say okay. And let's uh edit this fillet. Select
33:13
And let's uh edit this fillet. Select
33:13
And let's uh edit this fillet. Select the other one
33:22
again. Edit it. Add the edges one by
33:25
again. Edit it. Add the edges one by
33:25
again. Edit it. Add the edges one by one.
33:30
Say okay.
33:33
Say okay.
33:33
Say okay. Yes, it is working again. Edit it.
33:37
Yes, it is working again. Edit it.
33:37
Yes, it is working again. Edit it. Select
33:42
say okay.
33:45
Yes. So this is how you can provide the
33:49
Yes. So this is how you can provide the
33:49
Yes. So this is how you can provide the common fillet on the model on the ages
33:52
common fillet on the model on the ages
33:52
common fillet on the model on the ages here ages here
33:54
here ages here
33:54
here ages here of R2. So you can see that we have
33:58
of R2. So you can see that we have
33:58
of R2. So you can see that we have successfully modeled this part from the
34:01
successfully modeled this part from the
34:02
successfully modeled this part from the scratch and uh we have achieved all
34:04
scratch and uh we have achieved all
34:04
scratch and uh we have achieved all essential dimensions.
34:07
essential dimensions.
34:07
essential dimensions. So this is all about this tutorial how
34:10
So this is all about this tutorial how
34:10
So this is all about this tutorial how to model this type of a support in a
34:13
to model this type of a support in a
34:14
to model this type of a support in a free CAD with the help of a part design
34:16
free CAD with the help of a part design
34:16
free CAD with the help of a part design workbench. Thank you for watching and
34:19
workbench. Thank you for watching and
34:19
workbench. Thank you for watching and thank you for your valuable time.
34:23
thank you for your valuable time.
34:23
thank you for your valuable time. Heat.
34:26
[Music]
34:48
Heat.
34:50
Heat.
34:50
Heat. Heat.
34:53
Heat.
34:53
Heat. Heat.
34:55
Heat.
34:55
Heat. [Music]