Radar Mast & Final Assembly of Yacht

Start Solidworks and select new part, save as propeller

Create Shaft of propeller with help of revolve.

Now create one wing of propeller with help of loft feature by creating two skew rectangular sketches on different planes

With the help of fillet tool make the edges rounder in shape of the letter D, again round the edges of wing with fillet.

With help of circular pattern create 5 more wings around the centre shaft

Cut extrude to hollow out the shaft of the propeller

Fillet the edges where the wings meet the shaft of propeller and combine the solids with the help of combine feature.

Open solidworks and create a new part,

Save as radar

Create a prismatic extrude of the shape of the cross-section of the radar

Mirror the extrude about the surface of extrude where there is no flange

Create a blind hole in the centre of the body of the part in its middle with cut extrude tool.

Apply fillet to the edges of the extrude

Make a flange on one end of the extrude with the help of offset sketch feature and extrude to off-set sketch. Make 4 screw heads on this flange with help of extrude, fillet, cut extrude and linear pattern.

Create logo on radar with the help of sketch and split line feature

Open solidworks, create a new part, save as blueprint setup

Make appropriate reference planes and create sketch on them

Add appropriate blueprint photos to corresponding view planes

Open solidworks and open blueprint setup.sldprt file, rename the file as hull.

Sketch on two planes the same edge of the hull as shown in the blueprint sketch image and combine these sketches by using projected curve to get the edge in 3D. Use this method to get other edges

Use surface loft feature to generate required surfaces

Use surface trim to trim the extra surfaces, at last generate surface extrude to cover all the surfaces. Trim away the extra surfaces using surface trim

Now use Surface knit to combine the surfaces and generate a solid body

Use surface fill to cover the top face

Using shell feature create a solid shell of required thickness

Use boss extrude feature to generate the deck of the hull

Use boss extrude, chamfer and fillet took to create the rear lower deck

Use cut extrude to cut the extra shell generated on the rear of the hull

Use cut extrude, fillet, linear pattern and sweep features to create glass window impressions on the surface of the hull

Create through holes on hull above the deck with cut extrude and pad them with sweep feature

To create stairs from upper deck to rear lower deck first cut extrude feature was used and then boss extrude feature was used to create the stairs

With the help of boss extrude and offset from surface option we create ridges are created on the bottom surface we use appropriate chamfer and fillet to it to create the required shape.

Add remaining features to the deck using extrude, cut extrude, helix/spiral and linear pattern features.

Create railings on hull and near the stairs using the sweep feature.

Make a platform on the bow of the boat using boss extrude.

Using cut extrude create appropriate cavity for garage. Again cut extrude to create solid cut out save this solid as garage_door.sldprt. Now create a pin for attaching garage door on the hull.

Use boss extrude to create a platform for connecting buoy. Make the buoy using boss extrude, chamfer, fillet and mirror features

Use revolve feature to create fixture where propeller is to be fitted and then use extrude to make oars on it and thin extrude to attach the oars to hull. Next use linear pattern feature to make similar solid feature in the center of the yatch. Use cut extrude to cut away excess soild from the resultant feature.

On the rear of the hull below the deck we create a fixture to attach a stabilizer with extrude, fillet, cut extrude and revolve features

Use split line feature to create stripe surface on the hull outer surface. Apply appropriate appearances to the hull

Mirror the solid we generated about the middle plane

Open garage_door.sldprt in Solidworks

With Cut extrude cut appropriate thickness of the door from the cutout.

Use fillet on the appropriate edges of appropriate radii

Use shell feature to get required geometry on the inside of the garage door

Mirror the resultant geometry about the middle plane

Open blueprint setup.sldprt in Solidworks and save it as front_seat

Seating area is made using Revolve feature, appropriate fillets are provided wherever necessary

The two outer bodies which are shaped as wings are surface modeled with the help of surface sweep, surface extrude, surface trim, surface fill, surface knit and chamfer

Insert>part>hull.sldprt supress solid body except for the deck surface

Mirror bodies is used to mirror the resulting geometries about the middle plane

Domes are provided on the solids to give an organic look. Appropriate appearances are applied to the seat

Open blueprint setup.sldprt in Solidworks and save it as middle_seat

Insert>part>hull.sldprt supress solid body except for the deck surface

The base of the seating area is made using boss extrude and fillets are applied to the edges

Center table is made using boss extrude, fillet and the top embossing is made with cut extrude. Appropriate appearances are applied to the part.

The backrest and cushions are made using boss extrude, chamfer and fillet

Open blueprint setup.sldprt in Solidworks and save it as middle_seat

Insert>part>hull.sldprt supress solid body except for the deck surface

The base and back rest are first surface modeled using surface sweep, offset, trim, knit extend extrude and loft and ruled surface. The resultant surface geometry is made into solid with ‘try form solid’ option in surface knit

The seating area is made with boss extrude

We add fillet to the sharp edges around the part created

We make cushions using extrude and chamfer and provide fillets to them

Drawer is made using cut extrude cupholders are made on the base using boss extrude and cut extrude

Side railings are created using sweep tool and then we use mirror tool to mirror the generated solid about middle plane.

Flag on the rear seat was created using surface loft feature. We apply appearances to the part.

The external surfaces of the superstructure are surface modeled using surface extrude, surface sweep, surface knit, ruled surface, surface trim

Surface loft, fillet and surface extend

Open blueprint setup.sldprt in Solidworks and save it as superstructure.sldprt

Insert>part>hull.sldprt supress solid body except for the deck surface

Jacuzzi is made using boss extrude, fillet and cut extrude (to get half of the jacuzzi)

The stairs near Jacuzzi are made using surface extrude, surface trim, surface extend, surface sweep and surface knit

The surface coveting the mid plane is generated using surface extrude and trimmed according to surface geometry using surface trim to get a closed surface body where hdeck surface is covering the lower portion.

We hide the deck surface of the hull and add a surface using surface extrude and surface trim to cover the lower open portion

Details are added to the superstructue such as panels near the jacuzzi, the rear doors, the front glass panels, the sun roof and the windshield wipers, we add fillets to any sharp edges on the generated surface body. Save the surface where radar mast is to be fixed after forming new surface by surface offset.

Now we make the railings near the jacuzzi and the rear portion of superstructure using sweep.

We use surface knit to knit this lower surface to the surface body and create solid cody by checking’try forn solid’.

Use mirror body to generate whole body and apply appropriate appearances to the outer surfaces.

Open blueprint setup.sldprt in Solidworks and save it as radar mast.sldprt

Insert>part>superstructure.sldprt supress solid body except for the the surface where mast is to be made

The base of the radar mast is made using boss extrude and fillet

The railings are made using sweep

The antenna is made using boss extrude and fillet

The receiver of the radar mast is made using revolve and fillet

The radar post is made using boss extrude, fillet and chamfer

The supporting base pillar is made using boss extrude and fillet

The body generated is mirrored about mid plane and we create horns using revolve, dome fillet and mirror

Appropriate appearances are applied to the part.