Interlocking Steps Toronto and GTA

Elevate your outdoor space with stunning interlocking steps designed and crafted by Action Home Services. We handle every aspect of your interlocking project, from imaginative designs incorporating materials such as granite, sandstone, limestone, stone, brick, and block to the precise installation of your dream steps.

Different premium materials offer different strengths in appearance, texture, and long-term performance. Granite is known for its long-lasting durability, which makes it a strong option for steps exposed to harsh weather conditions, while sandstone offers a softer and more natural look, often preferred for warmer colour tones and a more relaxed design style.

On the other hand, natural stone can create a premium and distinctive look, while brick offers a classic appearance with strong visual character. Our professional team has extensive knowledge of various interlocking stone steps and other landscape design materials. We can guide you in selecting materials that best match your project.

With our 5-year limited labour warranty, you can trust that we’re dedicated to getting the job done right. Contact our interlocking steps experts in Toronto, and let us turn your interlock vision into a reality.

Step 2: Base Preparation

For smaller step installations, a properly compacted gravel base may sometimes be sufficient. However, as the structure becomes heavier, the risk of gravel settlement increases. This is one of the main reasons steps begin to sink, shift, or become uneven over time. For projects with three or more steps, we strongly recommend a concrete base (optional) for added support and long-term stability.

For four or more steps, a concrete or engineered base is often the better choice. In larger steps, especially when the project includes five or more steps, deeper structural support may also be needed, including excavation below the frost line and concrete footings.

Natural stones tend to be far more expensive because they are harder to find, produce, ship, and install.  Their natural properties make them unique, meaning it is difficult to match the stones’ colours, sizes, and shapes. They also require staining and sealing to preserve them. Interlocking, on the other hand, is much more affordable and easier to work with. Because it is produced in a factory, it can be customized to the ideal shape, size, colour, etc., and treated to resist erosion, weathering, and discolouration.

Since the size and thickness of interlocking steps are far more accurate, and the stones are more durable, homeowners can often get away with using a gravel base. At Action Home Services, we recommend using a concrete base (compacted properly) to support the weight and prevent shifting and cracking; for natural steps, we recommend a concrete base for two or more steps.

Unlike poured concrete, interlocking steps are made of individual stones. Let our team help you compare different materials that best suit this installation technique. Contact us today.

The top reason for steps sinking is an insufficient gravel base. Ideally, you should have at least 6 inches of gravel. If your current base does not meet this standard, it will require excavation. Another important step is installing geotextile, which stabilizes the base and keeps the soil and gravel from mixing.

The weight and number of steps have a major impact on the likelihood of sinking. Smaller step installations may perform well with the right base preparation, but once a project reaches three or more steps, the added weight increases pressure on the base and raises the risk of settlement. In these cases, an optional concrete base can provide better support and help reduce future movement.

For larger step structures, especially those with five or more steps, a more advanced foundation approach is often required. This may involve excavation below the frost line, which is typically around 4 feet deep, followed by the installation of concrete footings and a reinforced concrete foundation beneath the steps.

In many ways, this means the steps are built more like a house foundation than a basic hardscape feature. This is done strategically to prevent the ground beneath the foundation from shifting, movement, or heaving. If the foundation cannot move, the steps on top cannot move, which means they will not sink, shift, or crack.