How to Upload the challenges

Transmission Belt:

https://drive.google.com/file/d/1eDxjCtA0RuxvxL1miC_dvwEtGS1nLn5e

Step 1 - Create a 2D Sketch based on the vertical cross Section of the Transmission belt and make sure they are in relation to each other and dimensioned correctly.

Step 2 - Create an extrude by selecting the sketch loop and then specifying the dimension of the extrude, use fillet tool to give the transmission Belt a smooth finish.

Step 3 - In the Appearance tab specify the material for the Transmission Belt (Rubber Matte).

Step 4 - Save the Part.

Kick Stand:

https://drive.google.com/open?id=1mTUZpKWl1zxOXbkL0BrJuDqZykId4tbK

Step 1: Create a 2D sketch based on the cross-section of the thick portion of the kickstand, then use spline function to draw the guideway for the loft and then finally add a plane normal to the direction of our spline. After creating the plane create a 2D sketch based on the cross-section of the thin portion of the kickstand and create a loft across the guide curve. (Make sure all the sketches are in relation to each other and are dimensioned accurately)

Step 2: Use the dome tool to create a curved shape at both the end sections, and then Extrude cut to create a cut near the thick portion of the kickstand so that it can be attached to the pivot. After doing so we need to create a flat spot at the thinner end of our kickstand by using the split tool. To create a pivot point to attach to the frame we will create a cylindrical section near our cut out of the thicker section of the kickstand.

Step 3: Fillet the edges for a smooth finish and in the appearance tab, select the chrome plate finish.

Step 4: Save the Part.

Front Fender:

https://drive.google.com/open?id=1rgZnJD8N_RvUmwshGLujYmEOFEy3iCgN

Step 1: Create a 2D Sketch based on the cross-section of the Front Fender and then use the revolve tool by specifying the angle of revolving in both the directions.

Step 2: Sketch the design of the cut-out portions at both the end sections of the front fender.

Step 3: Fillet the edges of the front fender for a smooth finish. In the appearance tab, select the painted section and under painted car select the Siena finish.

Step 4: Save the Part.

Rear Fender:

https://drive.google.com/open?id=1NXhl-s46ey5YzwIS6Lynejv85vdrOxS2

Step 1: Create a 2D Sketch based on the cross-section of the Rear Fender and then use the revolve tool by specifying the angle of revolving in both the directions.

Step 2: Sketch the design of the cut-out portions at both the end sections of the Rear Fender.

Step 3: Fillet the edges of the Rear fender for a smooth finish. In the appearance tab, select the painted section and under painted car select the Siena finish.

Step 4: Save the Part.