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Orthographic projection worksheets

Orthographic projection turns a 3D solid into flat plan and elevation drawings, the way an engineer or an architect does. Each worksheet shows a solid and three empty grids for the top, front and side view, and the answer page fills them in. Generate and print as many as a class needs.

Puzzle type

See the solid, draw its top, front and side view.

Difficulty

Two pages: the puzzle and its answer. Every figure is checked before it prints, so the answer is never wrong, by the same engine as our KDP studio.

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Preview

What orthographic projection is

Orthographic projection represents a 3D object with several flat drawings, each seen straight on at a right angle to the object: the plan from above, and elevations from the front and the side. Keeping the views square to the object means every length is drawn true, which is why it is the standard for engineering and architectural drawing, where a measurement has to be read straight off the page.

These worksheets teach the reading half of that skill. You are given the solid and asked to draw its three views, which is how a student first learns to see a shape the way a technical drawing describes it.

What each worksheet asks

Each sheet shows a solid in 3D with the top, front and side marked, and three empty grids to fill. Shade a square in a view wherever a cube lines up behind it: a view is a shadow on a grid, not a count, so depth does not change it. Lay your finished views beside the solid to check, then compare against the answer page, which shows all three grids shaded in.

Orthographic and isometric

Orthographic projection and isometric drawing are the same skill in opposite directions. Here you flatten a solid into separate views; on the isometric worksheets you rebuild the single 3D solid from those views. Doing both is how plan-and-elevation work and 3D sketching stop feeling like two different subjects.

3D to flat

Draw the views

A solid drawn in 3D, with arrows marking the top (T), front (F) and side (S), and three empty grids beside it.

How to solve it

  1. 1Top view: look straight down. Like a bird above the shape. Shade a square wherever a stack of cubes stands, no matter how tall.
  2. 2Front and side views: look level. Face the shape head on, then from the side. Shade a square wherever any cube reaches that width and height.
  3. 3A square is filled if anything is behind it. A view is a shadow on a grid, not a count, so depth does not matter, only whether a cube lines up there.
Check your work
Lay your three views beside the solid. Every stack of cubes should cast a shaded square in all three, and no empty column should.
What the answer page shows
The answer page shows the same solid with all three grids shaded in.
How the grades differ
Difficulty is how many features are cut into or added to the solid, such as notches, steps, tunnels and slopes, not the size of the grid. The figures stay small enough to draw by hand at every grade.
Good for
Plan and elevation practice, technical drawing lessons, and the closest match to what spatial reasoning papers ask.

The other two puzzle types

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Questions

What is orthographic projection used for?
It is the standard way to describe a 3D object for making it: plan and elevation views drawn straight on, so every measurement reads true. Engineers, architects and design and technology students use it because a flat view square to the object can be measured directly.
What is the difference between orthographic and isometric drawing?
Orthographic projection shows a solid as separate flat views seen straight on, the plan and elevations. Isometric drawing shows the same solid as one 3D picture with three faces visible on a 30-degree grid. One flattens a solid into views; the other rebuilds the solid from them.
Are these orthographic projection worksheets free to print?
Yes. Generate the puzzle above and print it with its answer, at no cost and with no sign-up. It is free for classroom, home and personal use.
Do the orthographic projection worksheets come with answers?
Yes. Every puzzle prints as two pages: the puzzle on page one and the three views filled in on page two. The answer is drawn from the same figure as the puzzle, and every figure is checked before it prints, so the answer is never wrong.
Can I make a spatial puzzle book to sell on KDP?
Yes. The free tool makes one puzzle. Publisher Studio generates hundreds of graded puzzles of one type, with an optional how-to-solve page, at any KDP trim, as a print-ready 300 DPI interior and answer-key PDF, so you can publish a book.

Publish a spatial puzzle book

Hundreds of graded puzzles, any KDP trim, print-ready PDFs. Start free.