Block landing · paving pattern cad block
Free paving pattern CAD blocks and hatches
By Sumana Kumar · Published 25 Nov 2023 · Updated 14 Sept 2024
A paving pattern is the bond a paved surface is laid in — herringbone, stretcher, basketweave, stack bond — and the pattern does real work: it changes how a surface looks, how it spreads load, and how it copes with vehicle traffic. This page collects free paving pattern CAD blocks in DWG and DXF — herringbone (45 and 90 degree), running and stretcher bond, basketweave, stack bond and stretcher-soldier edges — drawn at true millimetre dimensions and ready to insert into AutoCAD 2004 or later. Everything is free for personal and commercial work, with no signup and no watermark.
Use these patterns to set out drives, paths, patios and public realm surfaces with the right bond for the job. Unlike a single paving unit, a paving pattern is a ready-made tile or hatch — a repeating arrangement of units you array or hatch across an area so the whole surface reads in the chosen bond without you laying every block by hand.
What a paving pattern block contains
A paving pattern block is a repeating tile: a small arrangement of paving units set out in the chosen bond, drawn so that when you array or hatch it across an area the joints line up and the pattern reads continuously. A herringbone tile, for example, contains the interlocking units at 45 or 90 degrees that the whole field is built from; a basketweave tile contains the pairs of units that alternate direction.
Each pattern is editable geometry on sensible layers so you can recolour the units, change the joint, or use the tile as a custom hatch. Because the pattern is set out as a repeatable module, it tiles seamlessly — array it and the edges of one tile meet the next without a break in the bond. Several patterns are provided so you can pick the bond that suits the surface, and switch between them by swapping the tile rather than redrawing the paving.
Choosing the bond for the job
The pattern is not just decoration — different bonds suit different uses, and the blocks let you draw each one correctly. Herringbone is the classic for drives and trafficked areas: the interlocking 45 or 90 degree layout resists the twisting and rutting that vehicles cause, so it is the bond of choice where cars run. Stretcher or running bond — units laid in offset rows like brickwork — is simple, economical and reads well on paths and patios. Basketweave, with pairs of units alternating direction, gives a traditional, decorative surface for patios and courtyards. Stack bond, units in a straight grid, reads clean and contemporary but is weaker under load.
The edge course matters too: many paved areas use a soldier or stretcher edge course to frame the field and contain the pattern. Pick the bond for the function first, then the look, and the pattern blocks let you set it out either way.
Typical pattern setting-out to design around
Use these guides when you set out a pattern. Herringbone is laid at 45 degrees to the main edges for the best load spread on a drive, or at 90 degrees for a simpler look; the tile repeats on the unit module, commonly the 200 × 100 mm paver. Stretcher bond offsets each row by half a unit, so the pattern repeats every two rows. Basketweave repeats on a square module of paired units. Stack bond repeats on a single-unit grid.
The edge restraint and the soldier course frame the field, and the cut units fall against that edge, so set out the pattern from a datum that pushes the cuts to the least conspicuous edge. These are typical setting-out figures rather than fixed specifications — the unit size and the design drive the exact module. The patterns are drawn full size so the tile matches the real paver and the bond lays out as drawn.
How to apply a paving pattern
These pattern blocks are drawn in millimetres. Insert at scale 1 in a millimetre drawing, 0.001 in a metre template, or set INSUNITS to millimetres so AutoCAD rescales on insertion. The fastest way to fill an area is to use the pattern tile as a custom hatch: define the tile as a hatch pattern, set the rotation to the bond angle (45 degrees for a herringbone drive, for instance), and hatch the paved zone. The whole surface fills in the chosen bond and stays light to edit.
Alternatively, array the pattern tile as block references for an area where you want editable units. Either way, set the origin so the pattern starts from a deliberate datum — usually a building line or an edge course — and the cut units fall at the edges. Keep the paving on its own hard-landscape layer, and where the field meets a manhole or a gully, let the pattern run through and show the cuts around the obstacle.
Where paving patterns are used
Paving patterns appear across external-works and civil drawings: block-paved drives and parking laid in herringbone for load, footpaths and patios in stretcher or basketweave, public squares and pedestrian areas with feature bonds and banding, and shared-surface streets. Landscape architects use them to set out paved areas and to design banding and feature patterns; civil and highway designers use herringbone for trafficked block paving; architects add them to site plans to show the hard-landscape character.
Pair the pattern with the paving-block, fence, gate and planting categories to draw a complete external surface — a herringbone drive framed by a soldier edge, a boundary fence and gate, and planted beds at the margins. Because the bond carries both the look and the structural behaviour of a paved surface, choosing and drawing the right pattern is a real design decision, not just a fill.
Setting out a pattern that lays cleanly
A paving pattern that works on the drawing is one that lays cleanly on site, and the craft is all in the setting-out. Start from a fixed datum — a building face, a kerb line or the main edge course — and run the pattern from there so the bond is deliberate and the cut units land at the edge where they show least. Align the bond angle with the function: 45 degrees to the direction of vehicle travel for a herringbone drive, square to the main axis for a simpler path. Drawing the pattern to scale from the real unit means the cuts, the edge course and the way the bond meets obstacles are all designed in advance.
The edge and the obstacles are where patterns succeed or fail. Frame the field with a soldier or stretcher edge course so the pattern is contained and the cuts sit against a clean line. Where the paving meets a manhole, a gully, a tree pit or a level change, let the pattern run through and show how it is cut around the obstacle rather than stopping it short. Using a tiled pattern block — whether arrayed or hatched — keeps a large paved area light in the file while still reading in the correct bond, and means the drawing tells the layer exactly how the surface is meant to go down.
Free download
Browse the full library — DWG & DXF, no signup.
Questions
Frequently asked
Which paving pattern is best for a driveway?+
Herringbone, laid at 45 or 90 degrees, is the usual choice for drives and trafficked areas because the interlocking bond resists the twisting and rutting vehicles cause. Stack bond is weaker under load and better suited to lightly-used decorative surfaces.
Are the paving pattern CAD blocks free for commercial use?+
Yes. Every pattern block downloads free in DWG and, where available, DXF, with no signup, no watermark and no attribution requirement, and they are cleared for commercial project use.
How do I fill a large area with a paving pattern?+
Define the pattern tile as a custom hatch, set the rotation to the bond angle, and hatch the paved zone — it reads in the correct bond and stays light to edit. For small areas where you want editable units, array the pattern tile instead.
What patterns are included?+
The set covers herringbone at 45 and 90 degrees, running and stretcher bond, basketweave, stack bond, and soldier or stretcher edge courses — so you can pick the bond by function and look for drives, paths, patios and public areas.
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