72 AutoCAD 2D & 3D Drawings and Practical Projects

Learn to create a 2d drawing in AutoCAD using the line command, set horizontal alignment with polar tracking and tracking vectors, enter lengths and a 36-degree angle, then join segments.

Construct a key shape in AutoCAD by building a base rectangle, drawing lines with a fillet of radius ten, applying offset and trim, then finishing with hatch, ellipse, and circle.

Create a precise drawing using rectangle, line, circle, and fillet tools; apply trim, move, copy, mirror, and offset, including tangent radius, to produce clean geometry.

Construct a 2D drawing using construction lines, circles (diameters 116 and 172, radius 72.5), lines at 45, 20, and 70 degrees, trimming, offset 14, and a four-item polar array.

Master a step-by-step 2D AutoCAD workflow by building a simple rectangle, applying offset, radius, fill it, polylines, circles, tangents, and then trimming and mirroring dynamic geometries for a precise drawing.

Learn to build a 2D AutoCAD drawing by creating concentric circles, using a construction line and a polar array of ten items, then trimming, applying radius 2 fillets, and mirroring.

Create a wrench in AutoCAD 2D using lines, circles, and a rectangle, then apply multi-line, scale, rotate, offset, trim, and fillet to complete the design.

Create a 2D drawing in AutoCAD using line and circle tools, tangent, mirror, join, offset, and trim to assemble and clean up the geometry.

Create a complete 2D drawing by starting with a rectangle, applying offsets, fillets, and chamfers, then construct circles via tangent radius methods and trim extraneous geometry.

Draw the front view of a balustrade by constructing rounded railing shapes with rectangles, lines, arcs, and circles, then explode, trim, fillet, and mirror to finalize the design.

Explore crafting a 2d wirecutter blade in brick SCAD, using line, circle, offset, arc, trim and extend, with construction geometry, angular lines, and spline to finish the handle.

Create a simple 3d practice drawing by sketching on the top plane with the polyline tool, extruding to five units, and adding fillets, circles, and grooves via press pull.

Create a simple two-part 3d practice drawing: build the top view, then a 3d component using line, circle, fillet, trim or break, and press pull, move, copy, rotate, and union.

Create a 6 by 5 by 4 box using the box primitive, apply a two-unit fillet to a corner, then slice with three-point option to yield geometry on both sides.

Create a clean two-part 3D drawing in AutoCAD 2D and 3D, using top and front views, circle and line tools, tangent joins, trimming, breaking, mirroring, and press pull operation.

Create a 3d M10 slotted nut in AutoCAD by drawing a hexagon circumscribed about a circle with radius 8.5, extruding 12 units, and subtracting a polar array of three slots.

Construct a two-part 3d drawing from top and front views using circles, lines, tangents, mirror, and press-pull, then unite the solids into a single model.

Create a 3d nut with threads in AutoCAD by building a circle, extruding, applying a helix, sweeping, subtracting, and finishing with arrays and a union.

Begin with 3D modeling in AutoCAD, then sketch and extrude a piston profile using polyline, circles, mirror, and revolve, and subtract to form grooves, refining with fillets and unions.

Use Bricks CAD to design a bottle opener in a 3D modeling workspace, drawing lines, ellipses, and splines, then extrude, fillet, chamfer, and apply push pull.

Master bricks CAD modeling to create a 3d part from circle to extrude, imprint, shell, and add grooves with a polar array and boolean subtract.

Create a custom ISO-based dimension style with architectural units, apply linear dimensions on the dim layer, hide hatches, and note exterior ten-inch and interior six-inch wall thickness.