Tile and Paver Layout Patterns
By using different patterns to lay out tiles or pavers it is possible to achieve a completely different look for a space using the same materials, so it is important to consider the pattern to use when choosing your tile or stone pavers.
Tiles can be installed at a 90° angle, but it is also possible to lay out tiles at a 45° angle to achieve a different look.
It’s recommended to order an additional 10% of material when installing tile or paver in a 90° pattern other than a linear layout. When using an angled pattern more cuts will be required, and more material will be needed, we recommend ordering an additional 20% of material when using an angled pattern.
See our tile calculator or paver calculator to estimate materials for your tile or paver project.
Layout Patterns
![Tile layout using the running bond pattern](https://www.inchcalculator.com/wp-content/uploads/2017/03/running-bond-tile-pattern.png)
Running Bond
The running bond pattern is achieved by installing tiles end to end and offsetting each row by half the length of the tile. Tile or block should have a 2:1 length to edge ratio or more. This is most commonly associated with subway tile or brick work. Plan to order 10% additional material when using this pattern.
![Tile layout using the square running bond pattern](https://www.inchcalculator.com/wp-content/uploads/2017/03/running-bond-square-tile-pattern.png)
Running Bond Square
The running bond square pattern is just like the running bond pattern, but using square tile instead of rectangular. Plan to order 10% additional material when using this pattern.
![Tile layout using the 3/4 running bond pattern](https://www.inchcalculator.com/wp-content/uploads/2017/03/3-4-brick-bond-tile-pattern.png)
3/4 Running Bond
The 3/4 running bond pattern is very similar to the running bond pattern, but each row is offset by 3/4 the length of a tile instead of 1/2. Plan to order 10% additional material when using this pattern.
![Tile layout using the basket weave pattern](https://www.inchcalculator.com/wp-content/uploads/2017/03/basket-weave-tile-pattern.png)
Basket Weave
The basket weave pattern is achieved by using tiles or blocks with a 2:1 end to edge ratio. Two blocks are positioned adjacent to each other to form a square, repeated. The orientation of each adjoining square is angled at 90°. Plan to order 10% additional material when using this pattern.
![Tile layout using the 45° herringbone pattern](https://www.inchcalculator.com/wp-content/uploads/2017/03/45-degree-herringbone-tile-pattern.jpg)
45° Herringbone
The 45° herringbone pattern is achieved by aligning the short edge of a tile or block to the long edge of the next, aligned to the end. All tiles or blocks are angled at 45°. Plan to order 20% additional material when using this pattern.
![Tile layout using the 90° herringbone pattern](https://www.inchcalculator.com/wp-content/uploads/2017/03/90-degree-herringbone-tile-pattern.png)
90° Herringbone
The 90° herringbone pattern is achieved by aligning the short edge of a tile or block to the long edge of the next, aligned to the end. Shown here using a 2:1 end to edge ratio, however a different ratio can be used. Plan to order 10% additional material when using this pattern.
![Tile layout using the linear square grid pattern](https://www.inchcalculator.com/wp-content/uploads/2017/03/linear-square-grid-tile-pattern.png)
Linear Square Grid
The linear square grid pattern is achieved using square tiles or stones, laid out in an even grid. Plan to order 5-10% additional material when using this pattern.
![Tile layout using the diamond pattern](https://www.inchcalculator.com/wp-content/uploads/2017/03/diamond-square-tile-pattern.jpg)
Diamond
The diamond pattern is achieved by laying out tiles in a grid, similar to the linear pattern, then angled at 45°. Plan to order 20% additional material when using this pattern.
![Tile layout using the rectangular linear grid pattern](https://www.inchcalculator.com/wp-content/uploads/2017/03/linear-rectangular-grid-tile-pattern.png)
Linear Rectangular Grid
The linear square grid pattern is achieved using rectangular tiles, laid out in an even grid. Plan to order 5-10% additional material when using this pattern.
![Tile layout using the rectangular angled grid pattern](https://www.inchcalculator.com/wp-content/uploads/2017/03/angled-tile-pattern.jpg)
Rectangular Angled Grid
The rectangular angled grid pattern is achieved by laying out rectangular tiles in a grid, similar to the linear square grid pattern, then angled at 45°. Plan to order 20% additional material when using this pattern.