Driveshaft & Pinion Angle CAD Diagram - 14° Pinion, 25° Driveshaft (Ford Bronco)

This is a photograph of a laptop screen displaying a CAD drawing (apparently AutoCAD, based on the visible Snap/Grid/Ortho/Polar/ESnap/ETrack status bar and coordinate readout) that diagrams vehicle driveline geometry angles relative to the ground. A green horizontal line represents the Ground. A dashed yellow line labeled 'ideal' rises from the origin. A red line at 19° from the ground represents an intermediate angle, and a separate label indicates a 14° pinion angle measured near the origin. A blue line labeled 'drive shaft' rises at 25° from the ground plane. The diagram appears to be a planning/measurement sketch for driveshaft and pinion angle alignment — likely for setting up a lifted or modified suspension so that the pinion angle, driveshaft angle, and ideal alignment line can be compared. The reader can learn the measured/planned angles in this specific setup: pinion at 14°, an intermediate 19° line, driveshaft at 25°, and the 'ideal' reference line. No vehicle year, make, model, or part numbers appear in the image itself; the attribution to a 1996 Ford Bronco comes from the uploader's gallery, not from the drawing.