Concrete Retaining Walls NZ

Concrete Services
  • New Zealand

Concrete retaining wall services throughout NZ

Need a strong, durable solution for supporting soil, creating level areas or managing changes in ground height?

Concrete Services Direct can help arrange quotes for concrete retaining walls throughout New Zealand for residential, landscaping and commercial projects.

  • New concrete retaining walls
  • Residential and commercial projects
  • Retaining walls for sloping sections
  • Landscaping and garden retaining
  • Driveway and boundary retaining
  • Reinforced concrete wall options
  • Drainage and structural considerations
  • Concrete retaining wall services throughout NZ
  • Free, no-obligation quotes

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Concrete Retaining Walls for Sloping Sites, Landscaping & Building Projects

A concrete retaining wall is used to hold back soil and create a stable difference in ground level.

Retaining walls can be required around homes, driveways, gardens, building sites and commercial properties where the natural ground needs to be supported or reshaped.

Depending on the project, concrete retaining can help create level lawns, usable outdoor areas, vehicle access, building platforms and defined landscaping.

Because retaining walls can carry significant loads, the wall design, foundation, reinforcing and drainage all need to suit the site.

Tell us about your project and request a free, no-obligation concrete retaining wall quote.

New Concrete Retaining Walls

New retaining walls can form an important part of both structural and landscaping projects.

They may be used to:

  • Create level building areas
  • Support sloping ground
  • Form garden terraces
  • Retain soil beside driveways
  • Create usable lawn areas
  • Support changes in landscaping levels
  • Protect building areas
  • Form boundaries between different elevations

The size and complexity of the wall can vary enormously.

A low garden wall and a substantial retaining structure supporting several metres of soil have very different requirements.

For this reason, concrete retaining walls should be designed around the actual site and loads involved.

Residential Concrete Retaining Walls

Concrete retaining walls are commonly used around residential properties where sections are uneven or sloping.

Typical applications include:

  • Garden retaining
  • Driveway retaining
  • House sites
  • Pathway edges
  • Patio areas
  • Pool landscaping
  • Boundary areas
  • Lawn terraces
  • Raised gardens

Retaining can help homeowners make better use of land that would otherwise be difficult to access or maintain.

It can also create clearer transitions between driveways, lawns, patios and landscaped areas.

Retaining Walls for Sloping Sections

Sloping properties often require retaining to create useful flat areas.

A retaining wall may allow part of the section to be cut into or built up, creating space for:

  • Homes
  • Garages
  • Driveways
  • Parking
  • Patios
  • Lawns
  • Gardens
  • Pool areas

The greater the height difference and the more load behind the wall, the more important the structural design becomes.

Groundwater and surface water also need to be considered because water pressure behind a retaining wall can place substantial additional load on the structure.

Concrete Garden Retaining Walls

Smaller retaining walls can be used as part of garden and landscaping projects.

They may help:

  • Create raised garden beds
  • Separate planting areas
  • Form terraces
  • Manage minor slopes
  • Define lawn edges
  • Create level seating areas

Concrete provides a durable solution and can be finished in ways that complement other outdoor concrete.

For low landscaping walls, appearance may be almost as important as function.

For taller walls, structural requirements become increasingly important.

Driveway Retaining Walls

Retaining walls are commonly required beside driveways where the access route cuts into or passes across sloping ground.

A concrete driveway retaining wall may support:

  • Soil beside the driveway
  • Raised lawns
  • Garden areas
  • Higher neighbouring ground
  • Vehicle access routes

Driveway retaining needs to consider both the soil being held back and the effect of vehicle loads near the wall.

Drainage is also important because water flowing down a driveway can concentrate around retaining structures.

Retaining Walls Beside Garages

Garages built into sloping sections may require retaining around one or more sides.

Concrete walls can help create a level building platform while supporting surrounding ground.

The retaining structure may need to integrate with:

  • Garage foundations
  • Concrete slabs
  • Driveway levels
  • Building drainage
  • Exterior waterproofing

Where the wall forms part of the building structure, the design may require specific engineering and construction details.

Concrete Retaining Walls Around Patios

Retaining walls can help create level outdoor living areas on properties where the natural ground slopes.

A patio may be:

  • Cut into a slope
  • Raised above surrounding ground
  • Positioned between different garden levels

Concrete retaining can create the stable edges needed to support these changes.

Planning the retaining wall, patio, drainage and steps together can help create a more integrated outdoor space.

Pool Retaining Walls

Swimming pools on sloping sites often require retaining.

Walls may help:

  • Create a level pool platform
  • Retain higher ground
  • Support landscaping
  • Separate different poolside levels
  • Form part of surrounding structures

Pool retaining can involve additional complexities because the wall may interact with the pool structure, drainage, fencing and concrete surrounds.

Where significant retaining is involved, engineering may be required.

Boundary Retaining Walls

Retaining may sometimes be needed close to a property boundary.

These projects can involve additional considerations including:

  • Boundary location
  • Neighbouring ground levels
  • Fence positioning
  • Drainage
  • Access
  • Property ownership
  • Consent requirements

Before constructing a retaining wall near a boundary, it is important to confirm where the legal boundary is and whether any approvals or discussions with neighbouring property owners are required.

Concrete Retaining Walls for New Builds

New house construction often involves shaping the section to create building platforms, driveways and outdoor living areas.

Retaining walls may form part of this work.

Potential locations include:

  • Behind houses
  • Beside garages
  • Along driveways
  • Around patios
  • Between terraced lawns
  • Around building platforms

Planning retaining early can help coordinate earthworks, foundations, drainage and landscaping.

Adding major retaining later can be considerably more difficult once buildings and accessways are already in place.

Commercial Concrete Retaining Walls

Commercial properties and developments may require retaining for:

  • Building platforms
  • Vehicle access
  • Car parks
  • Service yards
  • Landscaping
  • Boundary areas
  • Level changes between buildings

Commercial retaining walls may be subject to heavier loads from:

  • Vehicles
  • Buildings
  • Stored materials
  • Equipment

Plans and structural engineering documentation are often particularly important on larger commercial projects.

Reinforced Concrete Retaining Walls

Structural concrete retaining walls commonly include steel reinforcement.

Reinforcing helps the wall resist bending and other forces created by the soil and loads behind it.

The reinforcing design may include:

  • Vertical reinforcing bars
  • Horizontal bars
  • Starter bars
  • Footing reinforcement
  • Structural connections

The size, spacing and location of reinforcement depend on the wall design.

For engineered retaining walls, the concrete contractor should construct the wall according to the structural drawings.

Concrete Retaining Wall Footings

A retaining wall needs a suitable foundation.

The concrete footing helps spread the wall loads into the ground and provides resistance against movement.

Footing requirements depend on:

  • Wall height
  • Soil conditions
  • Loads behind the wall
  • Ground slope
  • Wall thickness
  • Structural design

A poorly designed or undersized foundation can contribute to:

  • Tilting
  • Sliding
  • Cracking
  • Settlement

For larger retaining structures, footing dimensions and reinforcement should follow the engineering design.

How Concrete Retaining Walls Work

Retaining walls are subjected to sideways pressure from the soil they hold back.

This pressure generally increases with the height of retained ground.

Other loads can include:

  • Water
  • Vehicles
  • Buildings
  • Driveways
  • Fences
  • Sloping ground above the wall

The retaining wall and its foundation need to resist these forces without:

  • Sliding
  • Overturning
  • Excessive bending
  • Settlement

This is why wall height alone does not determine the required design.

What is happening behind and around the wall is equally important.

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Retaining Wall Drainage

Drainage is one of the most important parts of retaining wall construction.

Water trapped behind a wall can create significant pressure.

A retaining system may therefore include:

  • Free-draining backfill
  • Drainage aggregate
  • Filter fabric
  • Drainage pipes
  • Weep holes
  • Surface drainage

The specific drainage system depends on the wall design and site.

Ignoring water behind a retaining wall can contribute to premature movement or failure.

Water Pressure Behind Retaining Walls

Soil itself creates lateral pressure, but saturated soil can exert much greater loads.

If water cannot escape from behind a wall, pressure can build during heavy rain.

Potential warning signs of drainage problems can include:

  • Water flowing through cracks
  • Damp areas
  • Staining
  • Wall movement
  • Bulging
  • Water collecting above the wall

A well-designed retaining system aims to manage water before it becomes a structural problem.

Retaining Wall Backfill

The material placed behind a retaining wall can affect both drainage and wall performance.

Suitable backfill may help:

  • Allow water to drain
  • Reduce excessive pressure
  • Provide stable support
  • Protect drainage systems

Simply filling behind a wall with unsuitable soil can create additional problems.

Backfill should be placed and compacted appropriately for the wall and surrounding area.

Waterproofing Retaining Walls

Where a retaining wall forms part of a building or protects occupied space, waterproofing may be required.

This can be particularly important for:

  • Basement walls
  • Retaining walls beside garages
  • Walls against houses
  • Below-ground structures

Waterproofing and drainage are related but separate issues.

Drainage reduces the amount of water pressure, while waterproofing helps prevent moisture passing through the wall.

The required system depends on the building design.

Concrete Retaining Wall Formwork

Concrete retaining walls are commonly formed using temporary formwork that creates the wall shape while concrete is placed.

Formwork needs to withstand the pressure of wet concrete and hold the required:

  • Thickness
  • Alignment
  • Height
  • Levels

Reinforcing steel is installed inside the formwork before the pour.

Once the concrete has gained sufficient strength, the forms can be removed.

Retaining Wall Concrete Pour

Concrete needs to be placed carefully within the formwork.

Depending on the wall size and site access, concrete may be:

  • Poured directly
  • Pumped into position

The concrete should be properly consolidated around reinforcement and throughout the wall.

Large or complex walls may be poured in stages.

Construction joints should be planned where separate pours are required.

Concrete Retaining Wall Finishes

The finished appearance of a retaining wall depends on how visible it will be.

Potential options include:

  • Standard formed concrete
  • Smooth formwork finishes
  • Textured finishes
  • Painted concrete
  • Rendered surfaces
  • Decorative treatments

For walls hidden behind landscaping, appearance may be less important.

Highly visible walls beside entrances, patios or outdoor areas may benefit from additional attention to the surface finish.

Board-Formed Concrete Retaining Walls

Some architectural projects use board-formed concrete, where the texture of timber formwork is deliberately transferred onto the concrete surface.

This can create a distinctive decorative appearance.

Board-formed walls can work well in:

  • Contemporary landscaping
  • Entrance areas
  • Courtyards
  • Architecturally designed homes

Because the finish is intended to remain exposed, formwork quality and concrete placement become particularly important.

Concrete Retaining Walls & Fences

Fences are often installed above retaining walls.

This arrangement needs to account for:

  • Fence post loads
  • Wind
  • Wall design
  • Post fixing
  • Boundary requirements

A fence can add load to the top of the retaining wall, especially during strong winds.

If a fence will be installed, it should be considered during the retaining wall design rather than added without assessing the effect.

Retaining Walls & Vehicle Loads

Retaining walls located near driveways, car parks or vehicle areas may need to account for additional surcharge loads.

Vehicles parked or driven close to the top of a wall can increase the pressure acting on the structure.

This is especially relevant around:

  • Driveway edges
  • Parking areas
  • Commercial yards
  • Garages

The distance between the vehicles and wall can influence the required design.

Retaining Walls Supporting Buildings

Where a retaining wall supports ground beneath or close to a building, the loads can become more significant.

These situations may require:

  • Structural engineering
  • Larger foundations
  • Additional reinforcement
  • More substantial wall dimensions

Building loads should be identified during the design stage.

A landscaping retaining wall should not automatically be assumed suitable for supporting structural loads.

Retaining Wall Height

The required construction approach changes as wall height increases.

A low garden wall may be relatively straightforward.

A taller wall may need to resist much greater soil pressure and may involve:

  • Larger footings
  • More reinforcing
  • Engineering
  • Building consent
  • Additional drainage

The wall height should be measured based on the actual retained ground rather than just the visible face.

Does a Concrete Retaining Wall Need Engineering?

Some retaining walls can be built using standard construction approaches, while others require specific structural engineering.

Engineering may be appropriate or required where:

  • Walls are high
  • Buildings are nearby
  • Vehicles operate near the wall
  • Ground conditions are poor
  • Significant slopes are involved
  • Wall layouts are complex
  • There are substantial surcharge loads

If engineering drawings have already been prepared, provide them when requesting a quote.

Do Retaining Walls Need Building Consent in New Zealand?

Some retaining walls can require building consent, while others may qualify for exemptions depending on factors such as wall height and the loads they support.

The consent status should be confirmed for the specific project before work begins.

Walls supporting significant loads such as buildings, driveways or other structures may be treated differently from simple landscaping retaining.

Where consent or engineering applies, the wall should be built to the approved plans and relevant requirements.

Retaining Walls & Resource Consent

Some projects may also be affected by local planning or resource consent rules.

This can be relevant where retaining involves:

  • Property boundaries
  • Significant earthworks
  • Large changes in ground level
  • Waterways
  • Protected areas
  • Specific district plan requirements

Requirements vary between councils and locations.

If the project involves substantial earthworks or unusual site conditions, it may be worth checking local requirements before construction begins.

Retaining Walls Near Boundaries

Boundary retaining can create practical and legal considerations.

Before work begins, it may be useful to confirm:

  • Surveyed boundary position
  • Wall ownership
  • Who benefits from the retaining
  • Who is responsible for drainage
  • Fence locations
  • Access for construction

A retaining wall should not be positioned based purely on where an existing fence appears to be without confirming the actual boundary where this matters.

Concrete Retaining Walls vs Timber

Both concrete and timber can be used for retaining.

Concrete may appeal where you want:

  • High durability
  • Strong structural performance
  • Low ongoing maintenance
  • Resistance to rot
  • Architectural finish options

Timber retaining may appeal where:

  • The wall is relatively modest
  • Upfront cost is important
  • Timber suits the landscape
  • Construction access is limited

The best material depends on the wall height, site conditions, appearance and budget.

Concrete Retaining Walls vs Concrete Block

Concrete block and poured concrete walls can both provide strong retaining solutions.

A block wall uses individual masonry units, while a poured concrete wall creates a more continuous structure.

The right option depends on:

  • Structural design
  • Appearance
  • Site access
  • Wall dimensions
  • Construction method
  • Cost

Both systems may include reinforcing and concrete foundations.

Concrete Retaining Walls vs Gabion Walls

Gabion walls use wire baskets filled with rock.

They can be useful for:

  • Landscaping
  • Erosion control
  • Natural-looking retaining

Poured concrete provides a more solid, formal appearance and can often occupy less wall thickness for some structural applications.

The appropriate choice depends on the site, appearance and engineering requirements.

Concrete Retaining Walls vs Segmental Blocks

Segmental retaining blocks can work well for garden and landscaping walls.

Concrete retaining walls may be more appropriate where:

  • Structural loads are higher
  • Space is limited
  • A continuous wall is preferred
  • Architectural concrete is desired

The right solution depends on the project rather than one system being universally better.

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Replacing an Old Retaining Wall

Older retaining walls can eventually require replacement.

Potential reasons include:

  • Leaning
  • Bulging
  • Rot in timber walls
  • Significant cracking
  • Failed drainage
  • Movement
  • Increased loads
  • Property redevelopment

Replacement often involves more than simply removing the existing wall.

Temporary support may be needed while the new wall is constructed, particularly where substantial soil or structures are being retained.

Concrete Retaining Wall Repairs

Some concrete retaining walls can be repaired.

Potential issues include:

  • Surface cracks
  • Localised damage
  • Spalling
  • Drainage problems
  • Minor deterioration

However, cracks can sometimes indicate structural movement.

If a wall is:

  • Leaning
  • Bulging
  • Moving
  • Developing large cracks

then the cause should be assessed before cosmetic repairs are attempted.

Cracked Concrete Retaining Walls

Cracking can occur for several reasons.

Potential causes include:

  • Concrete shrinkage
  • Thermal movement
  • Foundation settlement
  • Excess soil pressure
  • Water pressure
  • Inadequate reinforcement
  • Structural overload

The significance depends on the crack location, width and whether the wall has moved.

Large or worsening cracks should not simply be patched without understanding the cause.

Leaning Retaining Walls

A retaining wall that is noticeably leaning may be experiencing structural movement.

Potential causes can include:

  • Insufficient foundation
  • Soil pressure
  • Poor drainage
  • Increased loads
  • Ground movement

A leaning wall can continue deteriorating if the underlying cause remains.

Professional assessment may be appropriate before deciding whether repair, strengthening or replacement is required.

Bulging Retaining Walls

Bulging can indicate that the wall is being pushed outward by the retained soil or water pressure.

This can be a sign of a significant structural issue.

A bulging wall should be assessed rather than simply resurfaced or patched.

Concrete Retaining Wall Drainage Repairs

Some retaining wall problems originate primarily from blocked or inadequate drainage.

Potential work can involve:

  • Improving surface drainage
  • Repairing outlet pipes
  • Adding drainage systems
  • Clearing obstructions

However, adding drainage to an existing wall can be difficult if access behind it is limited.

The feasibility depends on the particular structure.

Retaining Wall Steps

Where retaining creates different ground levels, concrete steps can be integrated into the wall or surrounding landscaping.

Steps can connect:

  • Lawns
  • Patios
  • Driveways
  • Gardens
  • Pool areas

Their layout should be planned alongside the wall to ensure comfortable access and suitable levels.

Retaining Walls & Landscaping

Concrete retaining can become an important design feature rather than simply a structural necessity.

Walls can help create:

  • Raised gardens
  • Terraced lawns
  • Defined outdoor rooms
  • Seating areas
  • Level patios
  • Entrance landscaping

The finished wall can be softened with:

  • Planting
  • Timber features
  • Lighting
  • Decorative finishes

A well-planned retaining system can therefore improve both site usability and appearance.

Concrete Retaining Walls & Drainage Channels

Retaining walls sometimes work alongside surface drainage systems.

Channels may help direct water away from:

  • Wall tops
  • Driveways
  • Patios
  • Building areas

Surface runoff should not simply be allowed to flow behind the retaining wall.

Managing water above the wall can be just as important as installing drainage behind it.

Retaining Walls & Stormwater

Larger retaining projects may affect how stormwater moves across the property.

Changes in ground levels can redirect runoff.

The project should consider whether new retaining will cause water to:

  • Flow towards buildings
  • Enter neighbouring property
  • Collect behind walls
  • Erode landscaping

Drainage planning should therefore form part of the broader site design.

Excavation for Retaining Walls

Concrete retaining walls typically require excavation for:

  • Wall foundations
  • Working space
  • Drainage
  • Backfill

Access for excavation equipment can significantly affect the project.

On narrow residential sections, restricted access may require smaller machinery or more manual work.

This can influence both time and cost.

Retaining Wall Construction on Difficult Access Sites

Some walls are located:

  • Behind houses
  • Down steep sections
  • Beside narrow driveways
  • Close to boundaries

Restricted access can affect:

  • Excavation
  • Soil removal
  • Reinforcing delivery
  • Concrete placement

Concrete pumping can sometimes help where a truck cannot reach the wall directly.

Site access should be described when requesting a quote.

How Is a Concrete Retaining Wall Built?

The construction sequence varies, but a typical reinforced concrete retaining wall may involve:

1. Site Assessment & Set-Out

The wall position, height and levels are established.

2. Excavation

Ground is excavated for the footing and wall construction area.

3. Foundation Preparation

The base is prepared to provide suitable support.

4. Footing Reinforcement

Steel reinforcement is installed according to the design.

5. Footing Pour

The wall footing is poured.

6. Wall Reinforcement

Vertical and horizontal reinforcing steel is installed.

7. Formwork

Forms are constructed around the wall reinforcement.

8. Concrete Pour

Concrete is placed and compacted within the formwork.

9. Curing

The wall is allowed to gain strength before being loaded.

10. Drainage & Backfill

Drainage is installed and the area behind the wall is carefully backfilled.

The exact sequence depends on the wall design.

How Much Does a Concrete Retaining Wall Cost?

The cost of a concrete retaining wall can vary considerably.

Key factors include:

  • Wall length
  • Wall height
  • Wall thickness
  • Footing size
  • Reinforcement
  • Engineering
  • Excavation
  • Soil removal
  • Site access
  • Drainage
  • Concrete volume
  • Formwork
  • Wall finish
  • Backfill
  • Project location

A short low wall on an accessible site can be very different from a tall engineered wall on a steep section.

For this reason, retaining walls should be quoted based on the actual site and design.

What Makes Retaining Walls Expensive?

Retaining walls can involve substantial work that is hidden once the project is complete.

Major cost components can include:

  • Excavation
  • Foundation concrete
  • Reinforcing steel
  • Formwork
  • Drainage
  • Soil removal
  • Backfill
  • Engineering

Higher walls also generally require more substantial foundations and reinforcing.

Restricted site access can further increase labour and equipment requirements.

How Long Does a Concrete Retaining Wall Take?

Timeframes vary according to wall size and complexity.

Work may include:

  • Excavation
  • Footing preparation
  • Reinforcing
  • Formwork
  • Concrete pours
  • Curing
  • Drainage
  • Backfilling

Some walls require separate footing and wall pours.

Weather and access can also influence construction time.

How Long Before a Retaining Wall Can Be Backfilled?

Concrete needs sufficient strength before substantial soil pressure is placed against the wall.

The appropriate timeframe depends on:

  • Concrete specification
  • Wall design
  • Conditions
  • Engineering requirements

Backfilling too early can place excessive load on concrete that has not developed adequate strength.

Follow the project-specific instructions before loading the wall.

What Information Is Needed for a Retaining Wall Quote?

Useful information includes:

  • Property location
  • Approximate wall length
  • Approximate retained height
  • Photos
  • Site access
  • What is above the wall
  • What is below the wall
  • Existing drainage
  • Plans
  • Engineering drawings

If you’re unsure of the exact wall dimensions, photos and a basic description are still useful for an initial enquiry.

Concrete Retaining Walls Throughout New Zealand

Concrete Services Direct can help arrange concrete retaining wall services across many parts of New Zealand.

Service areas include:

  • Northland
  • Auckland
  • Waikato
  • Gisborne
  • Bay of Plenty
  • Hawke’s Bay
  • Taranaki
  • Manawatu
  • Wairarapa
  • Wellington
  • Tasman
  • Marlborough
  • West Coast
  • North Canterbury
  • South Canterbury
  • Otago
  • Southland

Whether you need retaining for a garden, driveway, building site or commercial project, tell us about the wall, the ground levels and where the property is located.

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Frequently Asked Questions About Concrete Retaining Walls

What is a concrete retaining wall?

A concrete retaining wall is a structural wall designed to hold back soil and support a difference in ground level.

It can be used for landscaping, building sites, driveways and many other applications.

Are concrete retaining walls strong?

Yes, when properly designed and constructed.

Reinforced concrete can provide a strong retaining solution for both residential and commercial projects.

Do concrete retaining walls need reinforcing?

Structural concrete retaining walls commonly use reinforcing steel.

The required reinforcement depends on wall height, soil loads, footing design and engineering requirements.

Do retaining walls need drainage?

Yes. Drainage is extremely important because water pressure behind a wall can substantially increase the loads acting on it.

Do concrete retaining walls need footings?

Yes, structural retaining walls require suitable foundations.

The footing size and reinforcement depend on the wall design and ground conditions.

Do retaining walls need building consent?

Some retaining walls require consent depending on their height and what loads they support.

The requirements should be confirmed for the individual project.

Do I need an engineer for a retaining wall?

Some projects require engineering, particularly taller walls or walls supporting buildings, driveways or other substantial loads.

Can concrete retaining walls be built on boundaries?

They can sometimes be located close to boundaries, but boundary position, ownership, drainage and consent requirements should be considered first.

Can a fence be installed on top of a concrete retaining wall?

Yes, depending on the design.

The additional wind and structural loads from the fence should be considered when the wall is designed.

How long do concrete retaining walls last?

A well-designed and constructed concrete retaining wall can provide a long service life.

Durability depends on factors including drainage, ground conditions, concrete quality and structural design.

Can a cracked concrete retaining wall be repaired?

Sometimes.

Small localised damage may be repairable, but significant cracking, leaning or bulging may indicate a structural problem that should be assessed first.

What causes retaining walls to lean?

Potential causes include poor drainage, excessive soil pressure, foundation movement, inadequate structural design or additional loads above the wall.

How much does a concrete retaining wall cost?

Cost depends on wall height, length, foundations, reinforcement, excavation, drainage, formwork, access and engineering.

A site-specific quote is the best way to establish pricing.

Can retaining walls create a level lawn?

Yes.

Retaining walls are commonly used to turn sloping land into flatter, more usable lawn, garden or outdoor living areas.

Can concrete retaining walls be decorative?

Yes.

Visible concrete walls can use different formwork, finishes, coatings or architectural treatments depending on the desired appearance.

Can an old timber retaining wall be replaced with concrete?

Yes, subject to the site and structural requirements.

Existing retaining may need to be carefully removed while the ground behind it is supported during construction.

How do I get a concrete retaining wall quote?

Provide your location, approximate wall dimensions, photographs and information about the slope and what the wall will support.

If you already have plans or engineering drawings, include those as well.

Get A Quote for Your Concrete Retaining Wall

Whether you’re creating a level garden, supporting ground beside a driveway, building on a sloping section or replacing an old retaining wall, Concrete Services Direct can help you get the quoting process started.

Tell us where the property is located, roughly how much ground needs retaining and provide photos or plans if available.

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