I currently just use a 'radius block' that I saved to my 'Your Creations' tab so that I can drag/drop/scale just like any other basic shape. Also, and this is the most important one, if TinkerCAD could detect isolated chunks of 'material' inside a single 'body' (Let's say you h...
The tail end is made up of a cone, cylinder and a half sphere. The colours in the image correspond to the shapes in Tinkercad. Step 4: Shuttle Pt1 (Body) Now for the trickier part; creating the shuttle. To establish the main shape use a box, sphere, round roof and several parabolo...
and then imported it with a 102% scale (note: the image shows scale 104%, but it was too loose, so it works better with 102%). I transformed that shape into a hole, and grouped it with a box that would become the base for the coupling. ...
3 - The holes in the cover plate are cut out with copies of the outlets (figure 5) which have the "hole" material added. The bottom of the plate is cut off with a rectangular "hole". 4 - The cover plate starts as a rounded cube (a standard shape in TinkerCad). ...
This laser-cut cardboard disk helps students understand the polar and Cartesian movements in the Codeblocks environment. Add a torus shape to 0, 0, 0. Move the torus in a positive Y direction. Rotate the torus around 0, 0, 0.
Now we can make the lights and mirrors. All we need are two half spheres to make our next shape. Stick one half sphere to the other half sphere so that they make a ball. Next, squish down one side of the shape so that it resembles the lens on a light. Last, shrink, rotate, cop...
Using five thin hole boxes, I created the characteristic plating pattern, and duplicated it. Then, I grouped them with the shoulder plate. I also used small half spheres to create the rivets. And also, I cut a hole box on the bottom, to leave space for the Ranger Finder. ...