Design Of A Chevrolet Camaro 2010 (Independent Project)

AIM: Design, assemble and render a Chevrolet Camaro 2010

PARTS TO BE MODELLED

• Surface Model The Body
• Design Wheels
• Design The Interiors
• Design The Steering Wheel
• Design Of Seat

Surface Model Of The Body

This is the main reference body of the whole design .Below are some commands that where used for the design

Commands Used

• Import Blueprints
• Reference planes
• Projected Curves
• Surface Boundary
• Lofted Surface
• Surface Trim
• Split Line
• 3D Sketches
• Surface Knit
• Variable Fillet
• Delete Face & Bodies
• Fillets
• Ruled Surfaces
• Boss Extrude
• Shell
• Move/Copy Bodies
• Split
• Combine
• Mirror

Design Wheels

The wheels where design by using a split command and creating it as a part

Commands Used

• Reference From Split 10
• Geometric Planes
• 3D Sketches
• Revolve
• Cut Revolve
• Cut Extrude
• Circular Pattern
• Fillet
• Mirror
• Dome
• Boss Extrude
• Scale

Design the Interiors

• Reference from Split 10
• Boss Extrude
• 3D Sketch
• Cut Extrude
• Extrude Thin
• Fillet
• Reference Planes
• Split Line
• Reference Axis
• Linear Pattern
• Move/Body
• Split
• Mirror
• Sweep Boss
• Shell

Design The Steering Wheel

• Boss Extrude
• Reference Plane
• Revolve-Cut
• Fillet
• Loft
• Chamfer
• Mirror

DESIGN OF SEAT

• Reference from Split 10
• Boss Extrude
• Cut Extrude
• Draft
• Boss Extrude
• Reference Plane
• Projected Curves
• Swept Boss
• Combine
• Scale
• Delete/Body

Pre-Assembly of Wheel and Interior

A pre-assembly was done to create an assembly the steering and the interior.

• Pre-Assembling of steering wheel to dashboard using reference plane
• created in the Dasboard interior part.
• Concentric & coincident mates also used
• Saved as a part .

Assembly OF Parts

Parts To be Assembled

1. Surface Body
2. Front Wheel
3. Rear Wheel
4. Dashboard & Wheel
5. Seat

Surface Body

• Fixed into assembly room with the assembly planes

This is done by not manually placing part in the screen but just clicking the green

Marker right after inserting component.

REAR WHEEL

• Assembly is made with planes
• The wheel is automatically placed due to reference from split 10

FRONT WHEEL

• Assembly is made with planes
• The wheel is automatically placed due to reference from split 10

Dashboard Interior Design

• Assembly is made with planes and face mates
• The part is automatically placed due to reference from split 10

Seat

Assembly

• Fixed the whole assembly to the ground using the assembly's room Top Plane
• Mirror Components
• Mirror all components using the mirror component feature
• Create opposite hand to invert their positions
• Created mirror component in the assembly

Rendering

Photo view 360

Solidworks Visualize

CONCLUSION

With an average of two hours per day , this design was designed and rendered succefully developed in three weeks .