Ground Anchors
Need Ground Stability You Can Rely On? We’re Here to Help.
When retaining walls, slopes, or temporary works need extra support — especially in poor or unstable ground — you need a solution that is tried and tested. That’s where we come in.
As experienced and hands-on ground engineering contractors, we specialize in mechanical ground anchors — a reliable, high-capacity method for stabilizing structures, earthworks, and deep excavations, even in the most challenging environments.
So, What Are Mechanical Ground Anchors?
Mechanical ground anchors are steel tendons or bars installed into the ground and mechanically expanded at depth to grip the surrounding soil or rock. This creates a secure anchoring point that resists movement and holds structures in place.
These anchors can be temporary or permanent and are often used in retaining walls, sheet piles, slope stabilization, and other critical support systems.
How We Solve Your Problems
✅ Worried About Wall Movement or Slope Failure?
Mechanical anchors provide immediate support and stability, reducing the risk of structural movement or collapse — even in poor or wet soils.
✅ Limited Space or Access?
Anchors can be installed using hand-held equipment, making them ideal for confined urban sites, basements, or restricted areas.
✅ Need Temporary or Reusable Solutions?
Mechanical anchors can be tensioned, monitored, and even reused — making them ideal for both permanent and temporary works.
✅ Not Sure What Level of Support You Need?
We’ll carry out full ground assessments and design a bespoke anchoring solution to suit your loads, soil conditions, and safety requirements.
Frequently asked
questions
What types of projects benefit from using mechanical ground anchors?
Mechanical ground anchors are ideal for projects needing extra stability, like retaining walls, slopes, and foundations in weak soils. They’re also useful in tight spaces where traditional foundations aren't feasible.
How do ground conditions affect the load capacity of these anchors?
Ground conditions, like soil type, density, and moisture, directly impact anchor capacity. Cohesive, dense soils provide better holding power, while loose or saturated soils may require larger or specially designed anchors.
How does the installation process differ for restricted access sites compared to larger projects?
In restricted access sites, smaller, portable equipment is used to fit the limited space, often requiring manual or custom techniques. Larger sites allow for heavy machinery, enabling faster and more straightforward installation.
What are the advantages of using Mechanical Earth Anchoring Systems?
Mechanical Earth Anchoring Systems offer immediate load-bearing strength, are eco-friendly with minimal ground disturbance, and are adaptable to diverse project needs, from civil to domestic applications.
How do you assess the need for ground anchors in a specific project?
Assessments include a geotechnical survey to understand soil properties, load analysis to gauge required support, and site evaluation to ensure anchors can address specific stability concerns.
How long does the installation of mechanical ground anchors typically take?
Installation is generally quick, however, projects can range from a few days for simple applications to a number of weeks for larger, more complex schemes.
