Know what stays. Know what goes.
The cutting guide shows the folded 30-degree working wedge. Read the retained black paper and marked waste together; an opening in the unfolded picture may meet a folded edge in this guide.
Preserve narrow connections between shapes. Loose shapes need a backing sheet or separate placement; the drawing has not been physically tested for connectivity.
Print the right guide for this snowflake
Choose A4 or US Letter to match the paper loaded in your printer. Print at 100% / Actual size, turn off Fit to page and browser headers and footers, then measure the 50 mm calibration line. If it is not exactly 50 mm, correct the print settings before tracing.
- Page 1 — unfolded reference and round blank. Cut the 180 mm circle shown on the first page. A4 and Letter use the same design size; the page margins differ.
- Page 2 — folding sequence. Follow the half thirds half sequence. Keep the original center as the pointed end.
- Page 3 — full-size working wedge. Match the point and both straight fold edges to your folded paper before tracing. This is the sheet to use for folded cutting.
- Page 4 — cutting and opening order. Keep these step illustrations beside you; they are not full-size tracing patterns.
The SVG and PNG show the unfolded artwork. Use the PDF working wedge for folded paper. A small screen preview or a resized image is not a substitute for the calibrated sheet. SVG cutting-machine compatibility has not been tested.
Choose paper and tools for this pattern
Use thin paper that remains manageable when folded into twelve layers. Test a small folded scrap with your scissors before tracing the whole design. Thick card or slippery stacked sheets can make fine turns harder; use one circle per trial and stop if you have to force the tool.
This working wedge contains closed openings. Have an adult use a craft knife and cutting mat for those areas if scissors cannot enter without cutting retained paper. Never cross a black bridge just to reach a hole. A ruler checks the print scale; a light pencil or low-tack tape helps transfer the guide without shifting the layers.
Difficulty and time are planning estimates, not measured cutting results. Make one trial before choosing quantities or timing for a class. The snowflake materials guide explains how to prepare the paper and tools.
Read the Honeycomb Snowflake pattern
Honeycomb places a cluster of four hexagonal cells inside each of six broad hexagonal lobes. A solid neck connects each lobe to the center. The small walls between cells are part of the paper structure, not extra lines to cut.
- Count four cells in one complete lobe
- The finished lobe contains one upper cell, two middle cells, and one lower cell. The folded view shows only the relevant portion; use it with the full reference to understand which cuts repeat.
- Follow the walls between neighboring cells
- Each white cell has its own boundary. Preserve the paper separating adjacent cells, including the short wall segments near the middle of the cluster.
- Check the border and lower neck
- A band of paper surrounds the cell cluster and continues into the lobe’s neck. Keep both that border and the connection beneath the lowest cell; neither is outside waste.
Explore this pattern in the snowflake maker · Follow the six-point folding tutorial
Fold and cut your six-point snowflake
Circle paper • 30-degree sector • 12 layers
Start with a 180 mm circle. Fold in half, fold the semicircle in thirds to make a 60-degree sector, then fold that sector in half. The final 30-degree wedge has 12 layers; its pointed tip is the original paper center.
Start with the round blank on PDF page 1. The step illustrations show the sequence; use page 3 for tracing at actual size. Keep supporting paper until the outside-cutting step.
1. Prepare the circle
Print the matching PDF at 100% and check the 50 mm line. Cut a 180 mm circle from thin paper using the gray outline on page 1. Mark its center lightly; it will become the pointed end of every fold.
2. Fold to a 30-degree wedge
Fold the circle in half. Divide the semicircle into three equal 60-degree sectors and fold both sides inward. Fold the resulting 60-degree stack in half once more. Keep all 12 layers aligned; the rounded edge is away from the center. Align the center tip and both folded edges with the full-size guide on PDF page 3, then trace its cutting contours.
3. Cut the inner openings
Cut the small marked openings before the outside edge. An opening that reaches a folded edge can be started there; an enclosed opening needs an adult using a craft knife on a cutting mat. Retain every shared honeycomb wall and the neck connecting each lobe.
4. Cut the outside silhouette
Follow the red outside contour while retaining the black paper. Retain every shared honeycomb wall and the neck connecting each lobe. Blue dashed marks locate folded edges; do not cut along them. Support the stack and turn the paper for corners.
5. Open the layers gently
Separate the last fold first, then open the thirds and finally the semicircle. Support the center and release each branch without pulling on its tip. The 30-degree cut unit repeats by reflection to make six matching arms.
6. Flatten and display
Lay honeycomb snowflake between clean sheets under a book. Use small removable tape tabs on broad areas for a window display, or mount it flat on a contrasting card. Save the SVG if you want to edit the geometry.
Print the PDF at 100% or Actual size. Its 50 mm check line must measure 50 mm. The full circle and folded guide use the same scale. Difficulty and time are planning estimates; this design has not been physically trial-cut.
Use the matching PDF working wedge for tracing; the step pictures are illustrations. A4 is the default; the Letter download uses a Letter sheet. Try a scrap first to check fragile bridges.
Cutting checks for Honeycomb Snowflake
- Use the folded guide to choose access
- Some cell portions touch a fold edge, while a small cell remains enclosed in the working wedge. Do not cut across a cell wall to reach it. Enclosed work needs suitable tools and adult handling of a craft knife.
- Finish each hexagon before moving on
- Follow the six short sides without extending a cut beyond a corner into the next cell. Keep the outer lobe intact during this inner-opening stage so it supports the small walls.
- Open without pressing through the lattice
- Support the solid neck and broad outside border as the layers separate. Avoid using a fingertip inside a cell to pull the lobe open; that puts pressure directly on its narrow walls.
If the layers stop lining up, pause before making another cut. Compare the folded tip and edges with PDF page 3. If a piece has already detached, a backing can hold it for display, but it will no longer be a connected paper cut.
Honeycomb Snowflake: common questions
Why have two honeycomb cells become one large opening?
The separating wall was cut away, or a corner cut ran through it. The reference shows four distinct cells in each complete lobe. Do not widen the remaining cells to match the mistake; leave their printed walls intact.
Can I reach every cell from a folded edge with scissors?
No. This working wedge includes an enclosed cell as well as openings that meet a fold edge. Inspect the guide before choosing tools. If you cannot safely make an enclosed opening, choose a simpler template or leave that cell solid for a practice variation.
Should I cut around each small hexagon on its own?
Remove the marked cell interior, while keeping the surrounding wall network attached to the lobe. Cutting out separate rings or crossing a wall to enter a cell breaks the connected structure shown by the template.
For general fold alignment and print-size problems, see the snowflake troubleshooting guide. To try a different structure, compare the 20 paper snowflake templates.
