Ground Anchors

High-Performance Ground Anchors for Retention, Stability and Uplift Control

PDS Piling & Foundation Contracting LLC provides specialist ground anchor installation for shoring systems, retaining structures, deep excavations, uplift restraint and stabilisation works across the UAE and India. Ground anchors transfer tensile forces from a structure or retaining wall into a stable zone of soil or rock, helping resist lateral pressure, overturning and uplift.

Each anchor system is installed according to an approved design that defines drilling angle, free length, bond length, tendon type, corrosion protection, grout requirements and testing criteria. Our teams coordinate drilling, tendon preparation, grouting, stressing and lock-off under controlled site procedures.

Whether used as temporary tiebacks for excavation support or as permanent structural anchors, PDS Piling focuses on accurate drilling, effective bond formation, safe stressing operations and complete quality documentation.

Why Ground Anchors?

High-Performance Ground Anchors: Retention, Stability and Uplift Control

Ground anchors are a highly effective support element where tensile resistance is required and the project design allows forces to be transferred beyond the active ground zone.

Efficient Lateral Support

Anchors provide tieback resistance to shoring and retaining systems without occupying significant space inside the excavation.

Clear Working Area

By reducing or replacing internal struts in suitable designs, anchors can create more open access for excavation and structural construction.

Tension and Uplift Resistance

Engineered anchors can resist tensile forces from retaining walls, slabs, foundations or other structures subject to uplift.

Adaptable Installation

Anchor inclination, length and drilling method can be adapted to ground conditions, property constraints and approved design requirements.

Typical Applications

Ground Anchors for Diverse Construction Requirements

Anchor feasibility depends on property boundaries, subsurface conditions, groundwater, easements, adjacent assets and the approved structural and geotechnical design.

  • Tieback support for deep excavation shoring
  • Retaining walls and basement construction
  • Uplift restraint for foundations and slabs
  • Slope stabilisation and landslide mitigation
  • Bridge abutments and infrastructure structures
  • Temporary works requiring open excavation space
  • Permanent anchored walls and structural restraint
  • Rock anchoring and specialised geotechnical works
Our Execution Process

From Planning to Completed Installation

The exact construction sequence depends on the approved design, project specifications, ground conditions and site constraints.

01

Design Review and Setting Out

Anchor schedule, inclination, drilling length, property constraints, existing utilities and safe stressing arrangements are reviewed before anchor locations are marked.

02

Drilling

The anchor hole is drilled to the specified inclination and depth using a method suited to the soil, rock and groundwater conditions.

03

Hole Cleaning and Tendon Preparation

The bore is cleaned as required, and the tendon or bar assembly is prepared with spacers, centralisers and corrosion-protection components specified by the design.

04

Tendon Installation and Grouting

The tendon is inserted and grout is placed using the approved sequence to create the designed bond zone and protect the anchor components.

05

Curing, Stressing and Lock-Off

After the required grout strength is achieved, the anchor is stressed using calibrated equipment, tested to the specified load and locked off at the approved value.

06

Documentation and Handover

Drilling, grouting, material, stressing and test records are compiled for consultant review and final project handover.

Engineering, Safety and Quality

Controlled Execution You Can Depend On

Ground-anchor performance depends on the integrity of the bond zone, tendon installation, grout quality and controlled stressing. PDS Piling maintains clear inspection and test procedures for anchor fabrication, drilling, grouting, curing and load application.

Quality documentation may include bore records, tendon certificates, grout information, grout volumes, cube or strength results, jack calibration, test readings, load-extension plots and lock-off values, according to project specifications.

Designed Load Transfer

Anchor geometry and bond length follow the approved geotechnical and structural design.

Controlled
Stressing

Calibrated equipment and documented load stages used for testing and lock-off.

Coordinated Delivery

Anchor installation integrated with shoring, capping, walers and excavation sequence.

Need Ground Anchors for a Shoring or Retaining System?

Talk to PDS Piling about anchor loads, drilling access, boundary restrictions and project testing requirements across Dubai, Abu Dhabi and the UAE.

Frequently Asked Questions

Ground Anchors in the UAE

What is a ground anchor?

A ground anchor is a tension-resisting structural element installed in soil or rock. It usually contains a tendon with an unbonded free length and a bonded length that transfers load into stable ground.

What is the difference between temporary and permanent anchors?

Temporary anchors support construction for a limited design period, while permanent anchors remain part of the completed structure and generally require enhanced durability and corrosion-protection provisions.

How are ground anchors tested?

Anchors are stressed in controlled load stages using calibrated equipment. Depending on the specification, proof, suitability, acceptance or investigation testing may be required.

Can anchors be installed outside the site boundary?

Installation beyond a property boundary may require legal permission, easements and approval from affected owners or authorities. These constraints must be resolved before design and construction.

Can ground anchors be installed in both soil and rock?

Yes. Different drilling, tendon and grouting arrangements can be designed for soil or rock. Site investigation data is necessary to establish an appropriate bond zone.

Why is grout important in an anchor?

Grout transfers load between the tendon and surrounding ground within the bond length, provides confinement and contributes to corrosion protection.

Does PDS Piling provide anchor stressing and testing?

PDS Piling can coordinate installation, grouting, stressing and project-specified testing as part of an approved ground-anchor scope.