45° double herringbone: the pattern pointing into the room

Herringbone and chevron · 6 min read · updated 5 November 2026 · Written by Tilelico

Turned by 45°, the double pattern points into the room and gains presence. Every edge is cut on the slant: the result is spectacular, and so is the preparation.

Real example · calculated by Tilelico

Open-plan living area of 5.60 × 4.80 m, 10 × 60 cm, 2 mm joint

WholeCutCut under 100 mmIsland

This is one of the most demanding examples: narrow cuts are very numerous because every edge and the island are met on the slant. The plan flags them, and the margin used is higher. In a small room, prefer a wider size.

Calculated result

Room area
26.88 m²
Area covered
23.45 m²
Whole pieces
273
Cut pieces
231
Actual need
504
To order (+15%)
580
Waste with no offcut reuse
22.5 %
Narrow cuts
94

Most frequent cuts

234 cuts in 39 different sizes.

  • C01 · 600 × 100 mm× 26
  • C02 · 100 × 276 mm× 19
  • C03 · 100 × 174 mm× 19
  • C04 · 90 × 90 mm× 19

Setting out and products

The grid sits at 45° to the walls: mark that axis from the starting point shown on the plan first, then lay out the 102 × 602 mm repeat along it. Estimated products: 82 kg of adhesive and 7.0 kg of grout.

Reproduce it in Tilelico

  1. 1Draw a 5.60 × 4.80 m rectangle, then add in the centre: Island.
  2. 2Choose the covering: 10 × 60 cm, 2 mm joint.
  3. 3Select the “45° double herringbone” pattern.
  4. 4Set the distribution to “Balanced cuts” and the margin to 15%.
Open this example in the editor

When to choose it

It suits large living areas and wide corridors, where the pattern has room to unfold.

  • Best forLarge areas and slim planks, at least three times longer than wide.
  • Avoid ifThe room is small or very broken up: slanted cuts overwhelm the pattern.

Continue with: Double herringbone: a wider zigzag →

Preparing the job

Choose the axis carefully: it sets the reading direction for the whole room, often in line with the entrance.

Plan a reliable angled cut and a sufficient margin: the edges are entirely cut.

Continue with: 45° herringbone: the classic French presentation →

Step by step

  • Step 1 — Mark the 45° axisTransfer it from the plan and check the angle with a 3-4-5 triangle on a reference axis.
  • Step 2 — Build the first blockStart from the axis, with a template of two lying and two standing planks.
  • Step 3 — Work out from the centreAdvance symmetrically on either side, to keep the line of points.
  • Step 4 — Transfer the edge cutsMeasure each slanted cut on site: the sheet is a guide.
  • Step 5 — Check the lookStep back regularly: a shift mostly shows from a distance.

Continue with: Laying tile on a 45° diagonal: mark accurately, cut efficiently →

Mistakes to avoid

  • Choosing the axis after startingIt can no longer be corrected without lifting tiles.
  • Keeping a standard marginEvery edge is cut: calculate the margin from your room.

These pointers describe common practice, not imposed rules. The data sheet for your covering and for your installation products always takes precedence, and measurements taken on site are the reference.

Frequently asked questions

Why so many narrow cuts?

Slim planks meet each wall on the slant: a small point often remains to be cut. Shifting the grid changes how they are spread.

Is the straight version cheaper?

Generally fewer edges are cut on the slant. Compare both patterns on your plan before deciding.

Read next

Double herringbone: a wider zigzagTwo planks side by side instead of one: building a double herringbone pattern, with a real 10 × 60 dining room calculated by Tilelico.45° herringbone: the classic French presentationHerringbone oriented at 45°: marking the line of points and mastering edge cuts, with a real lounge calculated by Tilelico.Laying tile on a 45° diagonal: mark accurately, cut efficientlyMark the axes, spread the triangular cuts and plan the right allowance for a 45° lay, with a real entrance hall calculated by Tilelico.

Technical references

This guide describes common installation practices. It does not replace applicable technical documents, manufacturer instructions or measurements taken on site.