Fold only
Flat Origami Car
Two triangular wheels below a folded body and sloping windshield. Follow the moving layers, read the complete illustrated steps or print the one-page diagrams.
Preparation + 11 numbered steps
Materials
6-inch square · 6 × 6 inches
One 6 × 6-inch square (15.24 × 15.24 cm) of thin origami paper. Ruler and pencil for the marked distances. No scissors or glue.
Drag to rotate · swipe sideways on touch.
Arrow keys rotate when focused.
Follow along
PreparationThe interactive guide needs JavaScript. Read every illustrated step below.
Help · controls & diagram
Play or drag the progress slider to watch a fold from 0% to 100%. Use the view buttons or drag the diagram to look from another angle.
Blue and gold identify the original left and right halves, not the literal colors of your paper. Darker shades show the reverse. Orange marks moving paper and its hinge.
With the diagram focused: Space plays or pauses, ←/→ change steps, and Home resets.
Every step, at a glance
Compare your paper with each diagram after completing the action. Blue and gold identify the original left and right halves, not the literal colors of your paper. Darker shades show the reverse. Orange marks moving paper and its hinge.
- 0. Prepare the square
- 1. Crease across the middle
- 2. Open the square
- 3. Crease the vertical center
- 4. Open the cross creases
- 5. Raise the lower band
- 6. Fold the right wheel
- 7. Fold the left wheel
- 8. Lower the body panel
- 9. Raise the cabin
- 10. Slope the windshield
- 11. Turn over the finished car
PREPARATION · Linked photographic construction
Prepare the square
Set the square with level edges. Either face can be uppermost; paper colored on both sides gives a uniform car.
Layers: One uncut square.
Check: All corners are square.
Explore this step ↑STEP 1 · Linked photographic construction
Crease across the middle
Bring the top edge down to the bottom edge and press the fold.
Layers: Move the entire upper half.
Check: The horizontal edges coincide.
Explore this step ↑STEP 2 · Linked photographic construction
Open the square
Lift the folded half fully back to the table.
Layers: Open the same half.
Check: A horizontal center crease remains.
Explore this step ↑STEP 3 · Linked photographic construction
Crease the vertical center
Bring the right edge across to the left edge.
Layers: Move the full right half.
Check: The side edges coincide.
Explore this step ↑STEP 4 · Linked photographic construction
Open the cross creases
Unfold completely.
Layers: Open the same half.
Check: The two center creases cross in the middle.
Explore this step ↑STEP 5 · Linked photographic construction
Raise the lower band
Bring the bottom edge up to the horizontal center crease.
Layers: Move the lower quarter of the sheet.
Check: The band is 1.5 inches high.
Explore this step ↑STEP 6 · Linked photographic construction
Fold the right wheel
Find the midpoint of the band’s upper free edge. Fold the right part of the band downward along a line from this midpoint to the lower right corner of the band.
Layers: Move only the raised band, leaving the broad sheet behind it still.
Check: A triangular wheel projects below the lower edge.
Explore this step ↑STEP 7 · Linked photographic construction
Fold the left wheel
Mirror that fold from the same midpoint to the lower left band corner.
Layers: Move only the left part of the raised band.
Check: Two matching triangular wheels extend below the body.
Explore this step ↑STEP 8 · Linked photographic construction
Lower the body panel
Fold the upper half down on the original horizontal center crease.
Layers: Move the whole upper half over the wheels. Keep the wheel band still.
Check: The lowered panel covers both wheels.
Explore this step ↑STEP 9 · Linked photographic construction
Raise the cabin
Measure 3/4 inch down from the top closed edge of the lowered panel. Fold the lower part of that panel back upward along this horizontal line.
Layers: Move only the body panel. Leave the wheels and backing in place.
Check: The wheels reappear below a broad body strip and a rectangular cabin.
Explore this step ↑STEP 10 · Linked photographic construction
Slope the windshield
On the raised cabin, mark 1.5 inches left of its upper right corner and 1.5 inches down its right edge. Fold the corner toward you along the line joining those marks.
Layers: Move only the raised cabin corner.
Check: A diagonal windshield replaces the square upper right corner.
Explore this step ↑STEP 11 · Linked photographic construction
Turn over the finished car
Turn the entire model over from side to side and press it flat. Optionally draw windows and a door with a pen.
Layers: Turn all layers together; keep every fold closed.
Check: Two triangular wheels, a straight body strip and a sloping windshield form a complete flat car. The wheels do not roll.
Explore this step ↑
Sources & notes
Origami Way, Origami Way: Flat Origami Car (web tutorial).
Photographic construction reference ↗
The reference does not identify a designer or establish a design-reuse license. Traditional authorship is not verified here. Its photographs and prose remain protected and are not reproduced. All instructions, geometry and drawings here are independently authored; no project-wide reuse license is implied.
Adaptation: Uses the complete flat car with two triangular wheels, not the different four-wheel car with inside-reverse-fold windshields. The reference uses a 7-inch square; this version scales the construction to 6 inches. Wheel hinges connect the center to each lower band corner. The body return is 3/4 inch below the center crease; the windshield is a 1.5-inch right triangle. Optional windows and doors are drawn, not separate paper pieces.
Original instructions and diagrams, made with AI assistance. About & reuse
Accuracy notes
Real-paper follow-along and paper weight have not been tested. Diagrams illustrate the sequence, not paper thickness, contact, collisions or exact layer visibility. Rigid-axis teaching folds retain the material coordinates of one uncut square. Exact shaping landmarks are authored adaptations. Zero-thickness diagrams do not simulate paper thickness or prove physical foldability. Real-paper folding has not been tested.