Herringbone, stretcher bond, basketweave and natural stone sett patterns each create a different paving geometry. This guide compares 12 layouts for UK driveways, courtyards and paths, with practical advice on block proportions, joint widths, edges and vehicle loading. The diagrams illustrate visual patterns; the finished construction must be designed around the actual paving product.
Block paving patterns at a glance
| Pattern | Typical unit shape | Design effect | Common use |
|---|---|---|---|
| 45° herringbone | Rectangular | Diagonal movement | Driveways, entrances |
| 90° herringbone | Rectangular | Ordered zigzag | Driveways, courtyards |
| Stretcher bond | Rectangular | Linear, staggered joints | Paths, patios, selected driveways |
| Basketweave | Rectangular, commonly near 2:1 | Traditional woven geometry | Courtyards, paths, features |
| Stack bond | Square or rectangular | Clean aligned grid | Modern paths, decorative areas |
| Staggered square setts | Square | Regular small-unit texture | Granite setts, rustic paving |
| Fan or arc | Small setts, frequently shaped or selected | Curving, heritage appearance | Courtyards, entrance features |
| Soldier-course border | Rectangular | Strong visual edge | Driveway and path borders |
12 Block Paving Patterns Explained
1. 45° herringbone block paving
Rectangular blocks alternate direction to form an interlocking zigzag set diagonally across the paved area. This creates movement in a broad driveway and can make a simple house frontage more visually interesting without relying on several colours.
Material and joint geometry: Rectangular concrete blocks manufactured for herringbone are usually dimensioned for the intended jointing system. A nominal 200 × 100 mm natural stone sett does not automatically reproduce that modular fit when laid with wider mortar joints. Confirm the actual dimensions and joint width by a full-size trial layout; avoid narrow slivers and uncontrolled changes in joint width.
Vehicle use: For conventional flexible concrete block paving, 45° herringbone is often favoured where braking and turning forces are significant. This does not establish that the pattern alone makes any particular stone or construction suitable for vehicles. Provide adequate edge restraint and plan perimeter cuts.
2. 90° herringbone block paving
The rectangular units still meet at right angles, but the zigzag is oriented square to the selected paving datum rather than diagonally across it. Both 45° and 90° herringbone are established layouts; their response to turning and braking loads varies with orientation and the overall pavement construction. Do not assume either orientation compensates for inadequate bedding, joints or edge restraints.
Concrete or natural stone? Both can work with appropriately sized rectangular units. Sawn granite setts tend to give clean, consistent lines; cropped granite or sandstone setts produce a more informal finish and may need more adjustment during laying.
3. Stretcher bond, also called running bond
Each course of rectangular pavers is offset from the course beside it. A half-block offset is common, but the exact overlap can vary according to the selected block size and manufacturer guidance. Stretcher bond is easy to understand visually and produces long, calm lines.
It can make a narrow path appear longer or create a contemporary driveway treatment when paired with a simple border. However, do not assume that every running-bond arrangement in a flexible paving system offers the same resistance to vehicle turning as an appropriate herringbone installation. Assess vehicle use and obtain a suitable pavement specification.
Stone option: 200 × 100 mm sawn granite setts give an especially clear running-bond appearance. Hand-cut sandstone cobbles make the same basic coursing look softer and more traditional.
4. Basketweave block paving
Basketweave alternates pairs of rectangular blocks, with one pair set at right angles to the next. The result resembles woven strips and is associated with traditional brick paths, small courtyards and heritage-style entrances.
The classic paired arrangement relies on compatible length-to-width proportions. Some irregular cropped setts may be awkward to align cleanly; a slightly wider joint can soften the pattern, but it cannot correct an unsuitable unit format.
Basketweave can appear busy over a very large expanse, so it often works best on smaller areas or as a feature within a simpler layout. Its use on a driveway needs to be considered as part of the overall pavement design.
5. Stack bond and square-grid patterns
In a stack bond, the joints align to form straight lines. With square units the effect becomes a clear grid; with rectangular units it can look especially architectural. The visual result is simple, but straight continuous joints make any alignment errors obvious.
Vehicle-loading warning: Stack bond has continuous aligned joints and should not be specified as a default pattern for conventional flexible, sand-bedded concrete-block driveways exposed to vehicle movements, particularly turning. Use it only where an appropriate complete pavement system has been specifically designed for the intended loading. It is principally a visual choice for paths, courtyards and suitably engineered applications.
Sawn granite setts are well suited to precise grid effects. When using cropped stone, an intentionally rustic, less exact appearance may be more practical.
6. Staggered square granite setts
Small square setts can be arranged in coursed rows with regular offsets rather than continuous aligned joints. This is a useful alternative when a customer likes the rhythm of brick paving but prefers 100 × 100 mm granite cubes or square sandstone cobbles.
The individual units are visually smaller than most domestic concrete blocks, creating many more joints per square metre. Those joints, the stone finish and the laying tolerances contribute to the finished character. Cropped granite can provide an old-street appearance; sawn-and-flamed granite is more orderly and contemporary.
7. Fan and arc patterns with natural stone setts
Fan patterns use successive curved courses to create radiating arcs. They are familiar in traditional stone courtyards, entrances and heritage streetscapes. This is a genuinely different layout from a straight-course block-paved driveway, but it requires more careful design and cutting.
Small cropped setts, cobbles and specially selected or shaped pieces can help installers form the curves. Uniform square blocks cannot always create a convincing fan by themselves, particularly where tight joints or a sharply defined centre are required. The fan should be set out as a full-scale geometric scheme before materials are ordered.
Practical point: The paving unit widths, joint widths and curved-course radii must work together. An attractive photograph is not a laying plan.
8. Circular and radial block paving features
A circular feature can serve as a turning-area accent, a courtyard centrepiece or a design link between the front door and driveway entrance. It is distinct from a fan: the circle normally comprises complete or partial rings around a centre, whereas fans repeat arcs across a broader area.
Many circular arrangements need wedge-shaped units, deliberate cuts or variable joints. Proprietary concrete circle kits simplify the geometry; natural stone circles require suitable stone sizes and specialist setting-out. Do not confuse a circular visual feature with a vehicle turning circle: the latter also needs enough actual manoeuvring space.
9. Curved courses and sweeping driveway entrances
A sweeping entrance can be laid with curved rows that follow the site boundary. This works well for a driveway which widens near the house or transitions into a garden path. The curvature is a layout decision, not just a decorative border.
Small setts are easier to distribute along a curve than long units, but they still require control of joint widths. Wide joints or awkward triangular cuts are signs that the module size or radius needs reviewing.
Natural stone option: 100 × 100 mm cropped granite setts and small hand-cut sandstone cobbles can be attractive here. The degree of curvature and tolerances should determine the final selection.
10. Soldier-course and contrasting borders
A soldier course usually places rectangular paving units with their long direction across the course, creating a defined edge. A contrasting border can separate the main paving field from lawn, gravel or flower beds and also help frame the geometry of a driveway.
Charcoal concrete blocks around a brindle herringbone field are familiar. With natural stone, dark grey granite setts can border lighter grey granite or sandstone cobbles, while a warmer sandstone border may suit traditional brick properties.
For vehicle-bearing paving, the decorative border is not automatically a structural edge restraint. The underlying design must also resist sideways movement.
11. Mixed patterns and two-tone layouts
Two patterns can work together when each has a clear purpose: herringbone across the main vehicle area, stretcher bond on the pedestrian path, and a consistent sett border to connect them. Colour contrast can emphasise the same zoning without making the paving look fragmented.
Limit the material palette before drawing a complex design. Differences in block thickness, finish and construction method must be resolved at transitions, especially where natural stone meets flexible concrete block paving.
12. Random coursed and heritage-style stone paving
Not every attractive sett driveway needs a repeated formal geometric pattern. Traditionally dressed stone can be laid in irregular-looking courses, with pieces selected and trimmed to maintain workable joints. This creates the more varied texture associated with older courtyards and mews.
Random coursed does not mean random workmanship. The installer still needs controlled surface levels, stable bedding, sufficient joint depth and a suitable pavement build-up. Natural differences in stone size should be managed deliberately rather than hidden under excessively wide joints.
Natural Stone Herringbone: Dimensions, Joint Widths and Modular Fit
Natural stone setts are not always dimensioned like machine-made concrete block pavers. A herringbone pattern relies on compatible units and joints, so simply ordering nominal 200 × 100 mm stone does not guarantee clean alignment if the planned mortar joints are substantially wider than those used in the reference design.
A simple dimensional check: where one unit length must align with two unit widths plus one intervening joint, the relevant relationship is length = (2 × width) + joint width. For example, a 200 mm length with a 10 mm intervening joint gives a corresponding width of 95 mm in that particular alignment. This is a geometric illustration, not a universal manufacturing specification or an instruction to order 200 × 95 mm stone for every herringbone installation.
Actual pattern geometry must also allow for joints at the other interfaces, manufacturing tolerances and the chosen setting-out method. Hand-cut or cropped stone can have greater dimensional variation than sawn setts. Before ordering a whole driveway, ask the installer to dry-lay a representative area using actual pieces and the proposed joint spacing. For precision designs, consider purpose-dimensioned units and a documented joint plan.
Do not specify herringbone by nominal stone size alone. Confirm the supplied dimensional tolerances and the complete laying system. A neat-looking illustration is not evidence that the paving modules will close correctly on site.
Choosing a pattern by paving unit size
| Nominal size or format | Patterns to consider | Key limitation |
|---|---|---|
| 200 × 100 mm rectangular setts | Herringbone, running bond, basketweave, borders | Actual ratio changes when joints and tolerances are included |
| 100 × 100 mm square setts | Square grid, staggered square courses, carefully designed arcs | Not conventional rectangular herringbone |
| Hand-cut or cropped stone setts | Heritage courses, curves, borders, selected geometric layouts | Variable dimensions and wider joints affect precision |
| Uniform concrete blocks | Manufacturer-supported interlocking and decorative patterns | Choose units specified for the intended traffic loading |
Paving Slabs UK supplies natural stone options including granite setts and sandstone cobbles. Check the individual product page for the exact nominal sizes, finishes, tolerances and available thicknesses before using any illustration as a specification.
Concrete blocks versus granite, sandstone and limestone setts
Concrete block paving
Concrete blocks are widely available in consistent dimensions and a broad selection of colours. This makes formal patterns such as herringbone relatively straightforward to set out. Many conventional systems use a compacted granular foundation, a screeded bedding layer and jointing sand, with appropriate edge restraints and compaction. Follow the particular manufacturer's system specification.
Granite setts
Granite setts offer a hard-wearing natural stone surface with mineral colour throughout the unit. Sawn-and-flamed blocks suit crisp lines, while cropped or tumbled blocks have a more traditional appearance. Sound granite can provide long service life, although installation and jointing still govern driveway performance.
Sandstone cobbles
Indian sandstone cobbles, including Kandla Grey and Raj Green, offer natural shade variation and a softer visual texture than precisely cut granite. Hand-cut and tumbled setts can look particularly appropriate around brick cottages and older properties. Stone quality, finish, water absorption and the specified paving construction should be checked for vehicle use.
Limestone cobbles
Limestone can provide muted grey, buff or dark tones, often with an aged-looking tumbled finish. Its surface texture and resistance to wear vary by stone. Limestone is sensitive to acidic cleaners, and dark varieties may visibly change appearance outdoors. Avoid assuming that every decorative limestone sett is rated for a driveway.
Vehicle-loading note: A visually interlocking pattern is not a substitute for correct pavement design. Bedding, sub-base, edge restraints, drainage, jointing, stone thickness and the intended vehicle loads must be considered together. Flexible concrete block systems and rigid mortar-bedded natural stone systems have different detailing requirements.
Five setting-out decisions before installation
- Establish the finished levels and drainage route. Decide where surface water will go before choosing lines that might accidentally trap it.
- Measure the exact paving module. Include actual stone dimensions and the proposed joint width, not just the nominal product label.
- Choose the visual datum. Align the pattern with the doorway, garage, driveway centreline or a deliberate feature axis.
- Plan the cuts and edge course. Avoid tiny slivers, poorly supported edges and abrupt changes of bond.
- Confirm the pavement construction. Specify the material and system for pedestrian use or the actual expected vehicle loading.
Common block paving pattern mistakes
- Calling any zigzag layout herringbone without checking that rectangular units actually interlock in the correct geometry.
- Labelling a simple running bond as basketweave, or treating a curved lawn border as curved paving courses.
- Trying to create 2:1 rectangular patterns from square 100 × 100 mm setts.
- Copying a precision concrete-block illustration onto irregular cropped stone without adjusting joint widths.
- Choosing complex circular or fan designs without working out cuts, centre geometry and material quantities.
- Assuming a decorative pattern itself guarantees resistance to turning tyres, settlement or frost.
Which paving pattern should you choose?
For an everyday driveway with regular rectangular concrete blocks, a properly designed herringbone system is a sensible starting point. For a modern, architectural finish with rectangular sawn granite setts, consider herringbone or neat staggered courses. For square granite setts, a grid, offset-square layout or deliberately designed curved courses will better suit the material. Traditional sandstone and limestone cobbles can create a convincing heritage style through cropped or tumbled surfaces and controlled, less formal coursing.
For further inspiration, see our block paving driveway ideas and compare the materials in our natural stone block paving collection.
Explore natural stone for your chosen pattern. Browse block paving, granite setts, sandstone cobbles and limestone cobbles. Confirm the available product format before committing to a laying pattern.
Frequently asked questions about block paving patterns
What is the strongest block paving pattern for a driveway?
Herringbone is widely used with rectangular interlocking blocks on driveways, but strength depends on the complete designed pavement, including the base, bedding, restraints and jointing. A pattern alone cannot guarantee load performance.
Can 100 × 100 mm granite setts be laid in herringbone?
Square 100 × 100 mm setts do not create conventional rectangular herringbone. They are better suited to square grids, offset courses and suitable curved layouts. Choose rectangular stone units for a true herringbone pattern.
Is basketweave suitable for a car driveway?
Basketweave is a recognised decorative pattern, but suitability for vehicle traffic depends on the paving material and the complete pavement system. It is particularly popular on paths and courtyards.
Do granite setts need wider joints than concrete blocks?
Cropped or hand-cut granite setts generally need more joint allowance than accurately manufactured concrete blocks. Sawn granite can be laid more precisely. Always follow the tolerance and jointing requirements for the actual product and bedding system.
Can sandstone cobbles make fan patterns?
Yes, suitably sized and shaped sandstone cobbles can be laid in fan or arc patterns. Accurate setting-out, selection of units and control of curved joints are essential.
What is the difference between a soldier course and a stretcher bond?
A soldier course is a row of rectangular units oriented across the direction of the course, commonly used for borders. Stretcher bond is a field pattern made from straight courses with joints staggered between adjacent rows.
Should block paving patterns run towards or across the house?
There is no universal rule. Use the garage, entrance or driveway centreline as a reference and consider how the pattern affects the visual proportions of the space. Plan drainage and the size of perimeter cuts before fixing the orientation.
