Gabion Baskets

Very easy. No DIY experience is necessary. The cages are delivered flat-packed. To put them together, you simply lift up the corners and attach them using helicoils. It takes approximately 2-5 mins to complete

You will need x4 helicoils so that you can connect the corners. Select x5 if you wish to use a helicoils to close the lid. However, most people use the free lacing wire included with every order to close the lid.

Helicoils are sold in lengths of 1m or 67.5cm. If the height of your cage does not match, you will need to cut the helicoil to size so that it fits correctly.

• Assembly: Every order includes free lacing wire,to connect the corners and lid, but most of our customers opt to use helicoils or clips to speed up assembly
• Filling: Gabion stone is suitable for projects that require drainage, such as retaining walls. If your project does not require drainage, it is possible to fill with many types of material, including bricks, wood, glass and recycled bottles.
• Drainage: If you are retaining earth, you should place a layer of geotextile between the basket and the earth. This will help prevent the soil from clogging up inside the cage.
• Bulging: If your cages have a wire diameter of 3mm or 4mm and you would like to maintain a straight edge, you will need to carefully fill your basket with interlocking stones and select one or more of the following options:

1. Backfilling panel – inserted into the middle of the cage. It will reduce the pressure against the external wall caused by the stone. They can also help to save money by backfilling the basket with non-decorative material such as rubble.
2. Corner braces – will brace the corners together, reducing bulging caused by stone putting pressure against the outer wall.
3. Internal bracing – will brace the front and back, reducing bulging caused by the stone putting pressure from the inside. Internal braces can be made using the free bracing wire that is included with each order.

On every product page, our ‘Frequently Bought Together’ section automatically calculates the essential and time-saving accessories for your cage. Please watch the video below for more info;

In most cases, orders under 120kg are sent shrink-wrapped and delivered via DX courier service.  Orders over 120kg are usually sent on a pallet. We box accessories and smaller purchases and send them via DPD.

Once the order has been picked up from our Burton-on-Trent location, you will recieve email and text notifications from the courier with the scheduled day and time for delivery.  For more information, please visit our delivery page

All orders are sent flat-packed. To install, simply remove the wrapping, unfold and connect the corners together.  Please find examples of customer parcels in our warehouse waiting for pickup below;

Galfan is an advanced anti-corrosion alloy composition consisting of 95% Zinc, 5% Aluminium, and trace Mischmetal. It is widely referred to as ‘triple life’ wire because its protection layer provides up to 3x the corrosion and abrasion resistance of standard hot-dipped galvanised coatings in coastal and inland environments. Our entire gabion range is manufactured using high-tensile steel wire Galfan-coated to BS EN 10244-2:2009 (Class A) standards, delivering a certified 50–100 year design life.

For more information, please visit our certification and manufacturing page to download our full Galfan Coating Technical Specification PDFs.

In normal environmental conditions, they offer an expected design life of 50 years (Galfan) to 120 years (PVC). The 120-year structural design life is independently verified under BBA Certificate 05/4215 for highways and civil engineering projects, with wire coatings manufactured to British Class A corrosion protection standards (BS EN 10244-2:2009).

You can review our full BBA Certification & Technical Specification Guide for complete engineering data sheets.

Cheaper, uncertified imported alternatives use thinner zinc coatings and weaker welds, resulting in premature rusting, bulging, and a significantly reduced service life.

• The structure is lower than 1.5m tall
• The structure is retaining flat earth
• The structure is not retaining heavy loads such as roads or buildings
• The ground does not have a lot of groundwater

You will need a Civil Engineer’s calculations if your structure meets the following criteria:

• The structure is taller than 1.5m
• The structure is retaining sloped earth
• The structure is retaining heavy loads such as roads or buildings
• The ground has a lot of groundwater

Pro Installation Tip: When building a retaining wall, step or lean the baskets back into the retained slope at a 6°–10° angle (1:10 batter). This uses gravity to resist earth pressure and prevents the wall from leaning forward over time.

If in doubt, we recommend that you double-check your project with a Civil Engineer.

For more detailed information: see our guide to designing and installing a gabion wall

For most garden retaining walls, you do not need a poured concrete base. Gabions are flexible, free-draining structures. Simply dig away loose topsoil down to firm ground, level the area, and lay a compacted 50mm–100mm sub-base of MOT Type 1 or hardcore to stop the baskets settling unevenly over time.  See our guide to building gabion walls for detailed information.

If your wall is retaining heavy loads such as property or roads, or you have a lot of groundwater or large sloping earth behind the wall, you should consult an engineer.

Yes. A popular cost-saving method is “face-packing”: hand-stack attractive, angular stone along the visible front face, then backfill the interior and rear with recycled concrete or crushed brick rubble. Ensure all fill material is larger than the 75x75mm mesh aperture or place smaller rubble into porous rubble bags.

Both running bond (staggered like brickwork) and in-line (stack bond) layouts create strong, long-lasting walls. You can choose either option depending on the look you want to achieve:

• Running Bond (Staggered): Staggering the vertical joints between layers is the traditional approach often seen in civil engineering drawings for heavy retaining walls. It helps spread ground pressure evenly across the baskets.
• In-Line (Stack Bond): Stacking the baskets directly on top of each other creates clean, modern vertical lines. This layout is extremely popular for garden boundaries, feature walls, and decorative cladding. Under CIRIA civil engineering standards (The Rock Manual C683), in-line stacking provides full structural strength because angular garden stone naturally interlocks inside the mesh cages, binding the entire wall into a single, solid mass.

Compliance & Quality Note: Our baskets are manufactured to BS EN 10223-8 standards and backed by independent BBA Certification (05/4215) for mesh strength and long-term durability. For standard garden retaining walls and freestanding structures up to 2 meters high, either stacking method provides complete stability when properly filled and braced. For commercial walls over 2 meters or steep bankings, follow your structural engineer’s site plans.