How to lay brick pavers for a garden path
Laying brick pavers for a garden path is a practical DIY landscaping project that can lift the look and usability of your outdoor area in a weekend. With proper excavation, a well-compacted base, and accurate screeding, you can build a durable path that handles foot traffic and seasonal weather with
- Skill level
- Beginner / Intermediate
- Time
- 1–2 days for a path up to 10 m²
- Trade
- Building & Construction
- Updated
- 4 November 2026
Tools you will need
- Tape measure minimum 5 m
- String line and timber pegs for set
- Marking paint or garden hose for shaping curves
- Spade and trenching shovel
- Wheelbarrow
- Mattock or pick for hard ground
- Plate compactor
- Hand tamper for small areas and edge work
- Straightedge or screed board minimum 1.2 m
- Spirit level minimum 1200 mm
🧱 How to Lay Brick Pavers for a Garden Path
What is involved in laying brick pavers for a garden path?
Laying brick pavers for a garden path is a practical DIY landscaping project that can lift the look and usability of your outdoor area in a weekend. With proper excavation, a well-compacted base, and accurate screeding, you can build a durable path that handles foot traffic and seasonal weather without movement or pooling.
For Australian conditions, the key is getting the base preparation and drainage right rather than relying on mortar alone. A simple dry-laid path on compacted road base and bedding sand is the most beginner-friendly and repairable option for most garden applications.
What skill level is required to lay brick pavers for a garden path?
Beginner / Intermediate — Estimated time: 1–2 days for a path up to 10 m²
What tools are required to lay brick pavers for a garden path?
What materials are required for laying brick pavers?
Safety Requirements
Step-by-Step Guide
Step 1: Plan the Path Layout
Decide the path width, shape, and finish before ordering materials. A comfortable garden path is usually 900–1200 mm wide for general access, while a simple stepping path can be narrower at around 600–750 mm.
Mark the path using string lines for straight runs or a hose for curves. Check that the route works with gates, planting beds, taps, and entertaining areas. If the path runs toward the house, plan a fall so water drains away from the building.
💡 Keep cuts to a minimum by choosing a width that suits the brick paver module. This saves time, waste, and frustration.
Step 2: Calculate Quantities and Finished Levels
Measure the total area in square metres and confirm the paver size. Order at least 5% extra for straight patterns and 10% extra for curved layouts or patterns with more cutting.
Work out the finished height of the path relative to lawn, garden edging, and thresholds. The top of the pavers should usually finish about 10–15 mm above surrounding soil so the path does not become a dirt trap, but should sit neatly against adjoining surfaces.
Allow for these typical layer depths:
That means total excavation is often around 135–180 mm below finished level for a pedestrian path, depending on paver thickness and site conditions.
Step 3: Excavate the Path
Dig out the marked path to the required depth, keeping the bottom reasonably even. Remove soft spots, roots, loose topsoil, and organic matter, as these will decompose and cause settlement later.
Shape the subgrade with a slight fall of about 1:80 to 1:100, which is roughly 10–12 mm per metre, so water drains off the surface. On flat sites, this step is critical to avoid ponding.
If the soil is soft or reactive, lay geotextile fabric over the subgrade before adding road base. This helps separate the base material from the soil and improves long-term stability.
Step 4: Install Edge Restraints
Edge restraints stop the pavers spreading outward over time. This is one of the most overlooked parts of DIY paving and a major reason paths fail.
Install your chosen edging now, following the planned finished level. Treated timber, steel edging, or concrete edge strips are all common options. Make sure the restraint is secure enough to hold the base, sand, and pavers in place during compaction.
For curved paths, flexible steel or aluminium garden edging is often easier to shape neatly than rigid timber. If using concrete haunching or mortar to hold edges, allow it to firm up before paving.
Step 5: Lay and Compact the Road Base
Spread the road base in layers if needed, especially for deeper builds. Compact each layer thoroughly with a plate compactor until it is firm and dense.
For most pedestrian garden paths, aim for a compacted base thickness of 75–100 mm. In wetter areas or for paths that may occasionally carry wheelbarrows or ride-on equipment, increasing base thickness is a smart move.
Check levels regularly with a straightedge and spirit level. Maintain the planned fall as you compact. The compacted base should be smooth, firm underfoot, and free from dips.
💡 For anything over about 5 m², hiring a plate compactor is far more economical and gives a better result than buying a cheap unit or relying on hand tamping.
Step 6: Screed the Bedding Sand
Place screed rails on the compacted base and spread bedding sand between them. Screed to an even thickness of 20–30 mm.
Do not compact the sand before laying the pavers. The pavers will be bedded into the screeded sand during placement and final compaction. Once screeded, avoid walking on the prepared sand because it will create hollows and uneven spots.
Only screed as much area as you can pave in a short session, especially in windy or wet conditions.
Step 7: Lay the Brick Pavers
Start from a straight edge or a fixed corner and work outward, laying the pavers hand-tight with small, consistent joints. Common patterns for garden paths include stretcher bond, basket weave, or herringbone. For a simple DIY path, stretcher bond is the easiest and wastes less material.
Place each paver gently onto the sand rather than sliding it, which can disturb the screeded bed. Use a rubber mallet to tap pavers into alignment as needed.
Check lines every few rows with a string line or straightedge. Small errors grow quickly, especially on long paths or curves.
If you need cuts, mark them clearly and cut with a brick saw or bolster depending on the finish required. Wet saw cutting gives the neatest result.
Step 8: Cut In the Edges
Once the full pavers are laid, measure and cut the border pieces to fit against the edge restraints. Try to avoid very small slivers of brick at the edges, as they are weaker and harder to keep stable.
Where possible, adjust the bond slightly earlier in the job so the edge cuts remain practical and visually balanced. On curved paths, expect more cutting and allow more time.
After edge pieces are installed, make a final check for alignment, level, and consistent joint spacing.
Step 9: Compact the Pavers and Fill the Joints
Sweep the surface clean, then run the plate compactor over the pavers to settle them into the bedding sand. Use a rubber or protective mat under the compactor if the pavers are prone to marking.
After the first compaction, sweep jointing sand across the surface until all joints are full. Compact again, then top up the joints with more sand as needed.
Lightly mist the surface if using polymeric sand, following the product instructions exactly. Do not overwater, or the jointing material may fail.
💡 Properly filled joints lock the pavers together and reduce movement, weed growth, and ant activity.
Step 10: Final Checks and Clean-Up
Check the completed path for trip points, low spots, and rocking pavers. Replace or lift and re-bed any paver that is not sitting properly.
Sweep off excess sand and tidy the garden edges. Keep foot traffic light for the first 24 hours, especially if you have used polymeric sand or fresh concrete edging.
Monitor the path after the first heavy rain. If any joints settle, simply top them up with more jointing sand.
Common Mistakes to Avoid
Pro Tips
Recommended Tools
Frequently asked questions
- What is involved in lay brick pavers for a garden path?
- Laying brick pavers for a garden path is a practical DIY landscaping project that can lift the look and usability of your outdoor area in a weekend. With proper excavation, a well-compacted base, and accurate screeding, you can build a durable path that handles foot traffic and seasonal weather with
- What skill level do I need for lay brick pavers for a garden path?
- Beginner / Intermediate — Estimated time: 1–2 days for a path up to 10 m²
- What are common mistakes when lay brick pavers for a garden path?
- 1. Not excavating deep enough, which leads to a thin base and premature movement. 2. Skipping edge restraints, causing the pavers to spread and joints to open up. 3. Laying pavers on uneven or poorly compacted road base. 4. Walking on screeded bedding sand before the pavers are placed. 5. Ignoring drainage and failing to provide a fall of about 10–12 mm per metre. 6. Using soft building bricks
- What tools do I need for lay brick pavers for a garden path?
- This guide includes a comprehensive tools list. Key building & construction tools are detailed in the Tools Required section.
- What is the Australian standard for residential paving bases?
- The Australian standard for residential paving bases is AS 3727.1:2016 (Pavements – Residential). This standard recommends a compacted road base thickness of 75-100 mm for pedestrian garden paths, ensuring stability and longevity. Always refer to local council guidelines for specific requirements in your area.
- How much fall should a garden path have for drainage?
- A garden path should have a minimum fall of 10-12 mm per metre to ensure effective drainage and prevent water pooling. This slope directs water away from structures and landscaped areas, contributing to the path's durability and reducing slip hazards. Proper drainage is crucial in Australian conditions.
- When should geotextile fabric be used under pavers?
- Geotextile fabric should be used under pavers if the ground is soft, reactive, or prone to weed growth. This fabric acts as a separation layer, preventing the road base from mixing with the subgrade and inhibiting weed penetration, thereby enhancing the path's stability and reducing maintenance. It's a key step for long-term performance.
Written by Bricko, the Building & Construction specialist at Aus.Tools.