3D printing Aerodynamic engineering Aeronautical engineering Aeronautical engineering books Airports Architecture Artificial intelligence Automobiles Blast Resistant Design Books Bridges Building Codes Cabin Systems Civil Engineering Codes Concrete Conferences Construction Management Construction Materials Cooling Cryptocurrency Dams Do it Yourself Docks and Harbours Downloads Earthquake Engineering Electronics Engineering Engines Environmental Design & Construction Environmental Engineering Estimation Fluid Mechanics Fluid Mechanics Books Formwork design foundation engineering General Geotech Books Geotechnical Engineering Global Positioning System HVAC Hydraulics Hydraulics Books Hydro Power Hydrology Irrigation Engineering Machinery Magazines Management Books Masonry Mechanical Engineering Mechanics Mechanics Books Miscellaneous Books Modern Steel Construction Nanotechnology Natural Hazards Network Security Engineer Networking Systems News Noise and Attenuation Nuclear Engineering Nuclear Hazards to Buildings Pavement Design Prestressed Concrete Project Management Project Management Books Quantity Survey Quantity Survey Books railways RCC Structural Designing Remote Sensing Remote Sensing and GIS Books Renewable Energy Reports Resume Roads scholarships Smart devices Software Software Engineering Soil Mechanics Solar Energy Special Concrete Spreadsheets Steel Steel Spreadsheets Structural Analyses structures Structures Books Surveying Surveying Books Testing Thermodynamics Thesis Transportation Books Transportation Engineering Tunnel Engineering Wind Energy Zero Energy Buildings

How To Lay a Pebble Path?

In this project we are going to show you how to make a pebble path. We are going to use 100x75 h4 treated tanalised posts for the edgings, gap 20 base course and a choice of a number of topings (pebbles, bark, shell, chip etc.) A pebble path is easier and cheaper to construct than a paving stone path and irregular and curved shapes offer no problem although weeds can be a nuisance and regular raking can sometimes be necessary. For this project we are assuming the ground is moderate to firm, if not, soft ground will need to be excavated deeper and replaced by base course metal. Read at bottom of page for material list and other notes.

Step 1:

Excavations Dig out the proposed pathway to a depth of 75mm below finished path height (usually existing ground level) and the required path width.

Step 2:

Putting down the edging. Lay the edge boards (100x75 sawn h4 treared posts) into place so the top of the edge boards are at the required path finished height. Retain them in place with stakes nailed to the outside and trim the stakes off 20mm below the top of the edging board. (see drawing below)

Step 3:

Base course Add a layer of GAP 20 base course in between the edging boards. (GAP 20 is a mixture of rock. The abbreviation, GAP 20, General All Passing, means the metal is graded to one certain size, 20mm in this case, and everything below this size is included in the product). Add and compact the base course with a mechanical plate vibrator until the finished height is 30mm down from the top of the edge boards. At the same time compact the soil against the outside of the edge boards thus ensuring they stay in place parellel. You can hire a plate vibrator from your local hire centre.

Step 4:

Lay pebbles Lay pebbles on top of the base course and flush with the top of the edge boards. Other preferences to pebbles might be garden bark, gravel, shells, white chip etc.


Author Name


Contact Form


Email *

Message *

Powered by Blogger.