Make a reference plane by selecting the top plane and give a distance of 360mm and sketch a rectangle on that plane and provide dimensions as shown. and then apply loft and select the two rectangles.

Apply a fillet of 135 mm to the ith edges of the loft.
select the back face of the propeller and draw a circle of dia 114mm and apply cut extrude of 210 mm.

Apply a 30mm fillet to the edge of the fan.
Apply a circular pattern and give 6 instances.

Apply required appearance to the propeller and save the file.

2.Radar

Procedure:

Select the right plane and sketch as shown and extrude it 700mm.

Apply a fillet of 46mm to the two edges, and 20mm fillet to the two edges of the smaller edges.
Select the right side face of the radar and offset 3mm and extrude it 10mm.

Select the face of the extruded surface and offset 10mm inside and convert it to construction and draw a circle with given dimensions and extrude it 3mm.and apply a fillet of 3mm

Select the face of the extruded surface and draw a polygon and with given dimensions and cut extrude it 1.5mm.

Select the side face of the radar and make 4 points and give dimensions as shown and apply sketch pattern.

Apply a fillet of 3mm to the side edges.
Apply a mirror select the midplane and select the bodies and select the required bodies.

Select the bottom face of the radar and draw a circle with f=given dimensions and extrude cut it 40mm, apply a fillet of 3mm to the cut extrude edges.
Apply the appearance and save the file.

3.Blueprint setup:

Procedure:

Select the required front plane and go to sketch tools and browse for the blueprint front view and give the dimensions as shown and change the plane name to blueprint front view.

select the right plane and sketch and got to sketch picture and browse fort the side view and give the dimensions as shown and save the plane name to blueprint side view.

Select the top plane and go to the sketch picture and brose for the bottom view and change the dimensions as shown and save as blueprint bottom view, change the plane name to bottom plane.

Make a reference plane by selecting the front plane and give a distance of 32920 and sketch on the plane go to sketch picture and browse for the back view and add dimensions as shown and save it as blueprint back view.

Make a reference plane by selecting the bottom plane and give a distance of 10000 and sketch on the plane and select the sketch picture and browse for the top view and give the dimensions as shown and save it as blueprint top view, save the plane as top plane.
Save the file as blueprint setup.

4.Hull

Procedure:

Open the file blueprint setup and save as Hull.
Select the bottom plane and sketch as shown with given dimensions.

select the midplane and sketch as shown with given dimensions and exit the sketch and go to the curves and projected curves and select the last two sketches.

Create a new sketch on the midplane with given dimensions.

Select the bottom plane and sketch as shown and exit the sketch and select the projected curves and select the last two sketches.

Sketch the backplane draw a line and apply pierce to the both ends of the line with both curves and give dimensions as shown.

Select the midplane and draw a line and apply pierce option to the ends on the line with the curves, apply surface loft option and select the curves as profiles and guided curves as last two sketches.

Draw the sketches in midplane and backplane as shown and apply surface loft.

Sketch on the midplane as shown and apply trim as shown.

Select the midplane and draw a sketch as shown and apply surface loft.

Sketch on the midplane and extrude the sketch and trim out the required parts and knit.

Draw a straight line on midplane and apply surface fill and knit them together.

Apply a surface fill again and then apply a shell of 120mm.

Create a new sketch on midplane as shown and extrude boss up tp next.

Sketch as shown on midplane and cut extrude 2734mm.

Draw a sketch as shown on the midplane and extrude boss 3070mm.

Create a sketch as shown on the bottom plane and cut extrude 3200mm.

apply fillets as per requirement to the edges.
Create a new plane by selecting the midplane and distance 5000mm.
create a sketch as shown on the new plane and extrude cut it from offset from the surface 38mm reverse.

Apply fillets to the extrude cut.
Change the view to wireframe and draw a sketch on the plane1 and apply a liner pattern and extrude cut, offset from the surface and 50mm with.and apply a fillet of 20mm.

Do the same with the other windows.
create a new plane as shown and draw a circle of 40mm dia and apply a sweep.and do the same with the remaining.

Draw a sketch on plane one as shown and extrude cut through all.

create a new plane for the slot cut and draw a circle of 20mm and apply a sweep as previous.
Draw a sketch on top plane and extrude cut up to next surface.

Create a sketch on the surface as shown and extrude it up to next.

Create a sketch on the surface as shown and extrude it 10mm and apply a fillet of 10mm.

Draw a sketch on the surface of the hull and extrude it 10mm and apply a fillet of 10mm.

Insert a plane with reference to bottom plane at a distance of 3000mm and draw a sketch as shown and extrude it offset from the surface with a width of 75mm.

Create the solid body with given instructions on the surface of the hull.

Do the remaining parts as per given instructions and save the hull.

Apply the decals to the surface and the steps and to the front of the hull.

5.Garage door

Procedure:

Open the exported body from the hull as the main body.

Draw a sketch on the side face of the body and extrude cut through all.

Apply 100mm shell to the edges.
Draw a circle of 50mm dia on the side face as shown and cut extrude 100mm.

Apply required fillets and mirror the bodies about-face one and save the file.

6.Front seat

Procedure:

Open blueprint setup and save the file as front seat.
Insert part hull, and select the surfaces.
create a sketch on the surface as shown.

make a reference plane by selecting the endpoint of the sketch and the sketch.
create a sketch on the new plane as shown and apply surface sweep.

Create a new sketch on the hull surface as shown and extrude surface up to the selected vertex.

Trim out the extra surfaces and apply a surface fill.
Create a sketch on the surface fill and trim out the required part.
create a sketch on the midplane and trim out the required part and apply surface loft.

Apply surface trim and remove the surfaces not required.
Insert the surface knit and merge entities.
Hide the hull surface and fill the surface at the bottom and apply knit and make it to solid.

Select the face of the body and sketch as shown and revolve boss 10 degrees.

Create a new sketch on the top plane and cut extrude 6000mm.

Create a sketch on the surface of the body and sweep 10 degrees.

Select the previous top plane sketch and apply cut extrude.

Draw a 4400 to 1200 rectangle on the surface of the body and cut extrude 5mm.

Draw a sketch on the top plane cut extrude up tp the body.

Then apply mirror and required fillets, domes to the body and save it.
Do as per instructions for remaining body parts.

ASSEMBLY

Procedure:

Open new assembly, click on insert component and browse for hull and click ok it will adjust automatically.
Click on insert component browse fro superstructure and click ok it will fix automatically do the same for front seat, middle seat and radar mast.
Browse for rear seat and place anywhere on the screen and select the bottom face of the seat and the surface of the hull and apply coincident and apply distance mate between seat vertex and hull vertex.
Insert garage door and apply coincident mate between the midplanes of the both garage door and hull and apply concentric mate.
And apply the mates between the propeller and the hull.

Assembly of Yacht

Ship work like this
in your own course.

Talk to a career counsellor

Ship work like thisin your own course.

Talk to a career counsellor

Ship work like this
in your own course.