Block landing · herringbone paving pattern cad block
Free herringbone paving pattern CAD block in DWG
By Sumana Kumar · Published 9 Aug 2023 · Updated 2 Aug 2024
Herringbone is the workhorse of block paving: interlocking rectangular pavers laid at an angle so that wheel and foot loads lock the units against each other rather than pushing them apart. That structural behaviour is exactly why driveways, pedestrian streets and loading yards specify it so often, and why a clean herringbone paving pattern CAD block is worth keeping in your hardscape library. This page offers one free in DWG, drawn as a tileable plan tile you drop into a paved area and repeat.
The block is set out at true paver dimensions so the pattern reads correctly at typical drawing scales. Use it to fill a driveway apron, a courtyard, a path or a public realm surface, then crosslink it to the broader paving category when you need a different texture. It is free for personal and commercial work, with no signup, no watermark and no attribution required.
What a herringbone paving block actually contains
Herringbone is built from one simple unit — a rectangular paver, conventionally close to a 2:1 length-to-width ratio — repeated in a zig-zag where each course turns 90° against the next. The CAD block captures that geometry as line work so the joints, not just an approximate texture, are drawn. That matters because the joint pattern is what a paving contractor reads off the plan when setting out the first courses against a string line.
The download is a flat 2D plan tile. It carries the running brick outlines and the joint lines between them, kept on their own layer so you can recolour the joints, thin the lineweight or freeze them for a clean presentation plan. Because it is plain geometry rather than a raster fill, it scales without blurring and prints crisply at A1 or A3.
45° versus 90° herringbone, and when each is used
Herringbone comes in two common orientations. A 90° herringbone runs the courses square to the kerb or building line and is the quicker, more economical lay. A 45° herringbone turns the whole field at forty-five degrees to the edge; it is the stronger arrangement under traffic because vehicle loads cross the joints diagonally, which is why it is the default for vehicular block paving.
When you set the field out, the edge is where the work shows. Both orientations leave triangular gaps along straight edges that are closed with cut pavers or a soldier/border course. Draw that border on the plan so the layout reads as a finished detail rather than an infinite field of bricks running off the page.
Typical paver sizes to design around
Concrete block pavers are made in a handful of standard footprints, and most herringbone work uses a rectangular unit in the broad region of 200 x 100 mm on plan, with thicknesses chosen by load — thinner units for pedestrian areas and thicker units for vehicle traffic. Clay pavers and reclaimed bricks vary, so confirm the actual unit your project specifies before you trust a fill for setting-out.
Treat these as design-around ranges, not fixed specifications. The value of the CAD block is that it is drawn to a believable module: when you scale it into a real driveway outline, the paver count and the border reads sensibly, and your quantities estimate lands close enough to be useful at design stage.
How to insert and tile the pattern in AutoCAD
The block is drawn in millimetres. Insert at scale 1 in a millimetre drawing, 0.001 in a metre drawing, or set INSUNITS so AutoCAD rescales automatically. Use INSERT (or drag the DWG from a tool palette), drop the tile at a corner of the paved area, then build the field two ways.
The quick route is to array the tile: run ARRAYRECT, set rows and columns to cover the area, then trim the overrun at the kerb. The tidier route, if you only need the look rather than every joint, is to explode one tile, define a custom hatch pattern from it, and hatch the paved polygon — that keeps the file light and the boundary clean. Either way, clip or trim the pattern back to the actual paving outline so nothing crosses a kerb or planting bed.
Where herringbone paving turns up in a drawing set
You will reach for this block on site plans, landscape layouts, external works drawings and streetscape sections. Domestic driveways, courtyards and patios are the obvious cases, but herringbone also shows up on shared-surface streets, market squares, station forecourts and the hardstanding around industrial units where heavy wheels demand the interlock.
Pair it with the kerb, edging and drainage-channel blocks in your hardscape set so the paving reads as a buildable surface rather than a flat pattern. On a presentation plan, a herringbone fill instantly communicates 'block paving' to a client in a way a plain grey poché never will.
Keeping the paving on a sensible layer
Drop the pattern onto a dedicated surfaces or hardscape layer rather than layer 0, and split the paver outlines from the joint lines if the file gives you that option. With the joints on their own layer you can produce a bold setting-out drawing for the contractor and a quieter, screened-back version for the architectural plan from the same geometry.
If you carry several paving textures in one project — herringbone on the drive, a different bond on the path, a tile pattern in the courtyard — keeping each on a clearly named layer lets you swap finishes late in the design without untangling overlapping line work. That discipline is what stops a paving plan turning into spaghetti by the final issue.
Free download
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Questions
Frequently asked
Is this herringbone paving block free for commercial use?+
Yes. It downloads free in DWG with no signup, no watermark and no attribution requirement, and it is cleared for commercial project use.
Is it a 45° or 90° herringbone?+
The tile is drawn so you can use it either way — insert it square for a 90° lay, or rotate the inserted block 45° for the stronger vehicular arrangement. The geometry is the same; only the orientation to the edge changes.
Should I array the block or make it a hatch?+
Array the tile when the contractor needs every joint for setting out. Convert it to a custom hatch pattern when you only need the visual texture and want to keep the file light. Both approaches start from this single tile.
What paver size is it drawn at?+
It is drawn to a standard rectangular block-paver module so the pattern reads at scale. Confirm your project's actual paver size before relying on it for quantities, and rescale the tile if your specified unit differs.
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