This is the first detailed drawing I made on AutoCAD. It is an adjustable support with a wider collar on one end that allows a small amount of movement. The other end is bolted and remains fixed.  

This detailed drawing presents the top and right side view of a bearing that is fixed onto a plate. The right side sectional view shows that the through holes are counter-bored.  

The detailed drawing of the flange shows the top view and right sectional view. Some notations are used to define the internal specifications of the through holes that need to be machined, such as tolerances and thread pitch. 

This detailed drawing of the Geneva cam shows the top view and right side view. The center lines are kept to show the symmetry of the cam at the angles they are cut. The dimension of the keyway is also specified. The cyan dashed lines in the right side view represent the holes in the center. 

This detailed drawing of a pipe hanger shows the right side view and top view. The material is cast iron, as mentioned. All fillet and hole dimensions are labelled, as required.  

This detailed drawing of a retaining plate shows the top, right and right sectional views. Each diameter dimension is shared between the views. The right view shows the interior cuts of the holes in cyan dashed lines.  

This detailed drawing of a shaft support includes multiple drawings assembled into one. In the bottom right corner, there is a bill of materials (BOM). The different parts are labelled with balloons. 

This is a different type of bearing that is fixed onto a base. The drawing shows the right side view and top view. The bearing has a tapered hole with some tolerance that goes all the way to the base. The other end of this base and the cylindrical surface of the hole has a surface finish of 1.6. 

The detailed drawing of a sprocket is shown with the top and right sectional view. The sprocket has 20 equally spaced teeth and a keyway.  

This drawing is a representation of a V-Cut part. It shows the front view, right side view and top isometric view.