Only a structural engineer or mason can say for sure, but if yours shows any of these signs, it may be time for a new one.

Leaning: Walls like the one shown, that slant noticeably are not long for this world. Whether it's caused by tree roots, poor drainage, or a failed footing, a leaning wall will probably have to be demolished and rebuilt from scratch.

Cracking:You can fill minor blemishes in poured concrete with hydraulic cement. In a mortared wall, simply chisel out damaged joint filler and repoint. But if the cracks are more than -inch wide and deep, and more than 2 feet long, the wall may have structural damage. Call in a pro to assess whether the affected area can be repaired or has to be replaced.

Sagging:A pronounced dip in the courses of a timber or interlocking block wall indicates that the footing has failed in one spot. A pro may be able to replace the footing beneath the damaged area and rebuild just that section of the wall.

Bulging:When mortared masonry develops a pot belly, the likely culprit is a buildup of water pressure behind it. Try drilling a -inch weep hole with a masonry bit to encourage drainage. A bulge in a timber or interlocking block wall is typically caused by a lack of anchoring. Careful excavation behind the wall may allow a protruding section to be rebuilt. Consult a pro before starting work.

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DIY Retaining Wall Ideas | Types of Retaining Walls

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Perfect for sea walls and large retaining walls in HO scale. The master pattern for this wall was painstakingly hand laid and detailed to create the best looking modeled stone wall to date. Looking fo...

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perryfamilystore store Up for sale is a six panel set of Cut Stone retaining walls. Cast with ResinThese are for making curved or step-down walls. They measure 3.75" tall by 1.6" wide each. These mat...

The Urban Retaining Walls kit features Each model features detailed plastic parts, molded in concrete and dark gray. 8 tall, 4-panel retaining walls each 8 x 2-1/2" 20.3 x 6.3cm. 8 short, 4-panel reta...

It is one of my earliest hand carved walls after trying the hand laid up wall technique. Its a good wall if you are NOT looking for high relief stones. Not all stone walls are jagged / rough. Looking...

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perryfamilystore store Up for sale is a six panel set of Cut Stone retaining walls. Cast with ResinThese are for making curved or step-down walls. They measure 2.58" tall by 1.6" wide each. These mat...

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Retaining Wall: Garden Decor | eBay

Our precast concrete retaining wall blocks play a central role in the retaining walls that we design, manufacture and install. Shea Concretes high-performing precast concrete retaining wall systems stand tall in New Englands active climate, and because of their durability, remain a staple of our concrete products.

Shea Concretes extensive concrete retaining wall block inventory can be found in our online catalog. With over a dozen block types to choose from, we meet the demands for many retaining wall applications. If you want to catch a peek at prior jobs our retaining wall systems have serviced, take a look through our online gallery (below).

Are you looking to give your retaining wall system an aesthetically-pleasing appearance? Shea Concrete has you covered. Our retaining wall block textures include Old World, Rustic, Granite and Limestone. Our wide variety of shapes, designs and unique textures give plenty of options to meet each of your retaining wall project needs. Our precast concrete retaining wall blocks are designed to be long-lasting and meet the highest standards of strength and durability. You can rest assured that your retaining wall will remain standing for years to come.

Call Shea Concrete Products at (800) 696-SHEA to get ahead on your precast concrete retaining wall project.

Concrete retaining wall blocks from Shea Concrete Products are constructed in a collection of shapes that offer the ideal blend of function and form for your retaining wall project. The shapes of our retaining wall blocks permit 90 degree corners and curves to be included in designs, which gives designers more options to work with. Creativity and flexibility go a long way for an aesthetically-pleasing retaining wall and our extensive wall block types will help you achieve that.

Shea Concretes new fence and guardrail blocks also provide sufficient options for architects and engineers by allowing retaining walls to follow unique paths. Such retaining wall designs provide a structurally-pleasing look to existing properties. Browse through our concrete retaining wall block options below or download our full PDF Catalog of block shapes for sizing and specification information.

Economical and easy to install, Shea Concrete retaining walls feature a unique locking system that permits walls as high as 12' without a geo-grid. Each block is made from wet-cast, air-entrained concrete with a minimum PSI of 3,000 for incredible strength and durability that exceeds industry standards. With a standard face size of 48" x 16", place just one block and you have installed 5.33 sq. ft. of retaining wall. And since no mortar is needed, the blocks stack up quickly.

Proper installation procedures for a ReCon retaining wall follow closely those used for most modular, mortarless segmental retaining walls. However, the difference is that ReCon retaining wall blocks are not placed by hand, but with equipment typically owned and used by most experienced retaining wall installers or landscapers.

There are times when unique solutions are necessary on a particular project site. Special procedures such as soil-nailing or veneering in front of H-pile can solve difficult site challenges. ReCon specializes in helping its customers find unique solutions that save time, money and valuable real estate.

Architects and Engineers can look through our database of construction detail drawings, Google Sketch-Ups, design and construction manuals and fence and guardrail block specs to fully plan a retaining wall project. By using the specific diagrams and measurements of each of our concrete blocks, architects and engineers will be able to more accurately design retaining wall layouts. Use the resources below when planning your projects. There are PDF sketchups, google sketchups, dwg files and more.

Shea Concrete regularly offers classes and events offering instruction and information on retaining wall design and installation. The lessons teach contractors and engineers the features and benefits of a Shea Retaining Wall System, the basics of wall planning and design, the details of wall construction and installation and how to implement custom and complex wall applications. Take a look at our list of events that are open for registration, and be sure to stay tuned for upcoming classes and events.

Join us at our Amesbury facility (87 Haverhill Road) to learn the efficiencies of installation from staging the project to wall construction from the Shea wall team. Class includes lunch. Limited Seating - Reserve your seats today!

There are no classes scheduled at this time.

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Precast Concrete Retaining Wall Blocks | Wall Textures ...

Calculate how may retaining wall blocks are needed and how much base and backfill gravel required. Optionally enter cap block dimension to include the cap row in the estimate and enter the price per block to get a cost estimate.

Retaining walls can be built using a multitude of materials, but theyre most commonly built using wall blocks or timbers.

To estimate retaining wall materials using the calculator simply enter the wall length and width and the preferred block dimensions.

Find Qualified Retaining Wall Professionals in Your Area

If the cap row will use a different style of block then enter those dimensions separately to get an estimate for the cap blocks as well.

Estimate the retaining wall cost by adding the price per block. For example, you can estimate a 10 wide by 2 high retaining wall and observe the materials required.

If youre building a concrete block wall, then check out our concrete block calculator.

Estimating the number of retaining wall blocks you need requires estimating the number of rows and columns that are needed for the wall.

Start by measuring the wall width and height. We recommend embedding the first course of blocks below grade about 10% of the wall height to support the wall correctly. If the desired wall height is 6 feet, the wall should be embedded below grade by 7-8 inches. Be sure to account for this when measuring the height of the wall.

Divide the width of the wall in inches by the width of the block and round up, this is the number of columns. Divide the height of the wall in inches by the height of the block and round up, this is the number of rows. If the top row will be a cap block, then the number of cap blocks needed is the number of columns. To find the total number of blocks needed for the wall simply multiply the number of columns by the number of rows; dont forget to subtract a row if using cap blocks.

Ordering additional retaining wall materials, including blocks and cap blocks is a good idea to account for waste or bad material. We recommend ordering an additional 10% of materials to accommodate this. Dont forget to account for embedding the first course of blocks below grade when measuring the desired height of the wall. Accounting for this from the start will ensure that the wall does not end up too short. If the wall is too high, you may need to embed it deeper in the ground to reach the desired height, this is a little more digging but is otherwise ok. See our retaining wall cost guide to find the average price of a retaining wall.

The retaining wall should be set embedded below grade on a level base of 6 gravel or stone. We recommend making the base twice as wide as the block depth to account for settling. The calculator will estimate this or use our cubic yardage calculator to estimate 6 of gravel to find how much gravel material youll need to order. Ensure that the retaining wall base is compacted and level so that the first course of retaining wall block will be level.

The retaining wall should have 12 of gravel immediately behind the entire length and height of the wall to allow for proper drainage. The calculator above will estimate this or, you can use the cubic yards calculator. Add a layer of landscape fabric between the stone backfill and the earth behind it to prevent the dirt from filling the pores of the gravel, making it less effective.

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Retaining Wall Calculator and Price Estimator - Find How ...

Compact the soil in the trench bottom with a hand tamper or vibrating plate compactor. This step is often neglected. The excavator, and even hand shovels, can disturb and loosen the top inch or two of soil, and thats enough to make your wall settlesettling is bad!

Our experts prefer crushed stone for the base rather than naturally occurring gravel dug from a pit. Crushed stone is a little more expensive. However, it provides better drainage, and because of the sharper angles on the stone, it requires less compacting, and once its compacted, it stays that way.

Joe and Jake have found that crushed stone sized between 1/2 in. and 3/4 in. is best suited to handle the heaving forces created by the harsh freeze/thaw cycles here in Minnesota. Avoid rounded stones like pea gravel or river rock; they dont form strong interlocking bonds like angular stone.

Leave the stone no more than 1/2 in. higher than you want the final height to be, and then make a couple passes with a hand tamper or plate compactor. Youll notice the stone is almost 100 percent compacted as soon as its laid in the trench. The same type of stone will be used for backfilling, which also eliminates the need for hauling in multiple materials.

Use a torpedo level to level each block front to back and a 4- or 6-ft. level to keep each course level and even. Set the blocks with a heavy rubber or plastic mallet. Getting the first course flat and level is extremely important, so take your time. Try to lay the course as close to the center of the trench as possible.

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Build a Sturdy Retaining wall that will last a lifetime

Cantilever Retaining Walls

Cantilever retaining walls are constructed of reinforced concrete. They consist of a relatively thin stem and a base slab. The base is also divided into two parts, the heel and toe. The heel is the part of the base under the backfill. The toe is the other part of the base.

Counterfort Retaining Walls

Counterfort retaining walls are similar to cantilever walls except they have thin vertical concrete webs at regular intervals along the backside of the wall. These webs are known as counterforts.

Counterfort retaining walls:

Gravity Poured Concrete Retaining Walls

Semi-Gravity Retaining Walls

A specialized form of gravity walls is a semi-gravity retaining wall. These have some tension reinforcing steel included so as to minimize the thickness of the wall without requiring extensive reinforcement. They are a blend of the gravity wall and the cantilever wall designs.

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Four Types of Concrete Retaining Walls - The Concrete Network

GABION RETAINING WALL SYSTEMS ARE MONOLITHIC GRAVITY MASS STRUCTURES THAT ARE IDEALLY SUITED FOR EROSION CONTROL APPLICATIONS AND FOLLOW STANDARD DESIGN METHODS FOR GRAVITY AND MSE RETAINING WALLS.

NOTE: THE FOLLOWING INFORMATION IS PROVIDED AS A GUIDE TO ASSIST CONTRACTORS AND DO-IT-YOUR-SELFERS IN THE PROPER CONSTRUCTION OFGABION RETAINING WALLS. THE PHOTOS AND ILLUSTRATIONS SHOWN ON THIS WEBSITE ARE EXAMPLES OF TYPICAL MULTI-COURSE GRAVITY RETAINING WALLS.THIS CONTENT IS PRESENTED FOR GENERAL INFORMATION PURPOSES ONLY AND SHOULD NOT BE TAKEN AS A SUGGESTED DESIGN OR PROFESSIONAL ADVICE FOR BUILDING YOUR WALL.WE ALWAYS RECOMMEND THAT YOU CONTACT A LOCAL PROFESSIONAL ENGINEER TO EVALUATESOIL FOR GABION WALL DESIGN ANDBASED ON A CERTIFIED GEO-TECHNICAL SOIL REPORT OF THE SITE LOCATION.

EXAMPLE PHOTOS OF TYPICAL MULTI-COURSE RETAINING WALLS:

GRAVITY RETAINING WALLS

Gabion wall base width relative to wall heightThe base width of a gabion gravity retaining wall is directly related to the height of the wall. As the wall height increases, the base of the wall must become wider to ensure structural stability. We have provided the diagrams below to illustrate a starting point for design analysis to determine the base width relative to the wall height.

A conservative rule-of thumb value of base width = 2/3 wall height.

Note: A professional stability analysis may determine that the gabion gravity retaining wall base width could be less or greater than the 2/3 wall height rule.

GABION GRAVITY WALL SIZES & DIMENSIONS

DURA-WELDand DURA-FLEX gravity retaining walls can be designed and constructed up to approximately 30, however due to the configuration of gabion gravity retaining walls their best suited for wall heights of 18 or less. For wall heights of 18- 36 see the Stable Slope Section of this web site.

Gabion wall base width relative to wall height base width of a gabion gravity retaining wall is related to the height of wall so as the wall height increases the basebecomes wider to ensure structural stability. Below is a suggested diagram to illustrate a starting point for design. A typical conservative value of base width = 2/3 wall height.

*** A stability analysis may determine that the gabion gravity retaining wall base width be less than or greater than 1/2 - 2/3 wall height.

TYPICAL SIZES & DIMENSIONS - GABION ROCK FILLINGDURA-WELDTMGabions: 3" x 3" square mesh openings - 4" - 8" angular shaped rocksDURA-FLEXTM Gabions: 3-1/4" x 4-1/2" - 8x10cm hex shaped mesh openings. Fill with 4" - 8" angular shaped rocks

DURA-FLEXTM Gabions: 2-1/2" x 3-1/4" - 6x8cm hex shaped mesh openings. Fill with 3" - 6" angular shaped rocks

Specific gravity required for the rock fill shall be determined by the design and specified by the design engineer. Specific gravity for rock fill material shall be no less than 2.5

Unit weight of gabion rock fill:TYPE OF ROCK LBS/CUBIC FT

BASALT 180GRANITE 160LIMESTONE 138SANDSTONE 140

Unit weight of gabion stone fill- based on a porosity of 0.30 or 30%SPECIFIC GRAVITY OF MATERIALSBASALT 3.0BRICK 2.0BROKEN CONCRETE 2.4GRANITIE 2.7LIMESTONE 2.5SANDSTONE 2.2TRAP ROCK 2.7

GENERAL DESIGN CONSIDERATIONS - Foundation PreparationGabion gravity retaining walls are typically placed directly on a graded soil foundation. To increase the bearing capacity, minimize differential settlement, and/or allow for additional drainage, a base layer of granular stone fill with consistent gradation ranging from to1-1/2"may be placed and compacted to local standards 6 18 in depth.

Foundation Grade & Wall batterIt may be determined, through a stability analysis, that additional stability of the gabion gravity retainingwall may be required to achieve acceptable factors of safety from sliding. Options prior to enlarging the gabion wall cross section for additional stability is to excavate and bury half of the first course baskets and erectthe gabion gravity retaining wall on a 5 - 6degree batter towards the retained slope. This will require the foundation soils to be graded and compacted to accommodate for the specified wall batter.

GEO-TEXgeo-textile filter fabric is a vital component of any gabion retaining wall project. The rock voids within the gabion baskets allows for free drainage of the retained soils and requires a filter fabric be placed between the gabion wall and the backfill soil interface. The geotextile filter fabric will minimize hydrostatic pressure andprevent loss of soil during drainage and drawdown.Gabion gravity retaining walls constructed without the placement of filter fabric will have a tendency to incur a loss of retained soils and grade elevation behind the gabion wall. The type of backfill soil specified will determine the type, and placement of the geotextile filter fabric.

LayoutTo provide the maximum resistance to soil forces the gabion baskets shouldbe placed with the length dimension of the gabion unit running from the back of the gabion wall to the front face of the gabion wall. This will result in the internal diaphragms being placed perpendicular to the wall face and parallel to soil thrust. When gabion units areplaced with the length dimension of the gabion unit running parallel with the length dimension of the wall the vertical seams shall be offset.

Compression LoadsFor gabion gravity retaining walls that are 15 30 in height the gabion basket foundation and bottom courses shall be placed in 1.5 vertical lifts to better absorb the compression and shear stresses.

Gabion Wall Face ConfigurationGabion retaining walls can be designed and configured with a stepped front face or a smooth front face. When utilizing a gabion wall with a smooth front face, the gabion wall should be placed on a 5-6 degree batter and is not recommended for walls above18 high. Gabion walls with a stepped front face shall have a minimum 1-1.5 horizontal set back for each 3 vertical lift.

Gabion Wall HeightGabion gravity retaining walls can be designed and constructed up to approximately 30, however due to the configuration of gabion gravity retaining walls their best suited for wall heights of 18 or less. For wall heights of 18- 36 consider two separate walls divided by a level plateau or see the Stable Slope Section of this web site.

Gabion Wall - Base width relative to wall heightThe base width of a gabion gravity retaining wall is related to height of wall. As the wall height increases the base of the wall becomes wider to ensure structural stability. We have provided the diagrams above to illustrate a starting point for design analysis to determine the base width relative to wall height. A conservative value of base width = 2/3 wall height. A professional stability analysis may determine that the gabion gravity retaining wall base width be less than or greater than - 2/3 wall height. NOTE: All the above examples are for information only and not to be considered design recommendations.The information provided in the above examples including geo-technical data, dimensions and site conditions are assumptions made by manufacturer and should be reviewed and certified by a Professional Engineer. Please check Local, State and Federal requirementsLINK TO RETAINING WALL SOFTWARE >>>

http://www.geotechnicaldirectory.com/page/software/retaining_wall_design_.html___________________________________________________________

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RETAINING WALLS - Gabion Supply

A retaining wall is a structure that retains (holds back) any material (usually earth) and prevents it from sliding or eroding away. It is designed so that to resist the material pressure of the material that it is holding back.

An earth retaining structure can be considered to have the following types:

It is that type of retaining wall that relies on their huge weight to retain the material behind it and achieve stability against failures. Gravity Retaining Wall can be constructed from concrete, stone or even brick masonry. Gravity retaining walls are much thicker in section. Geometry of these walls also help them to maintain the stability. Mass concrete walls are suitable for retained heights of up to 3 m. The cross section shape of the wall is affected by stability, the use of space in front of the wall, the required wall appearance and the method of construction.

Reinforced concrete and reinforced masonry walls on spread foundations are gravity structures in which the stability against overturning is provided by the weight of the wall and reinforcement bars in the wall. The following are the main types of wall:

A cantilever retaining wall is one that consists of a wall which is connected to foundation. A cantilever wall holds back a significant amount of soil, so it must be well engineered. They are the most common type used as retaining walls. Cantilever wall rest on a slab foundation. This slab foundation is also loaded by back-fill and thus the weight of the back-fill and surcharge also stabilizes the wall against overturning and sliding.

Counterfort walls are cantilever walls strengthened with counter forts monolithic with the back of the wall slab and base slab. The counter-forts act as tension stiffeners and connect the wall slab and the base to reduce the bending and shearing stresses. To reduce the bending moments in vertical walls of great height, counterforts are used, spaced at distances from each other equal to or slightly larger than one-half of the height Counter forts are used for high walls with heights greater than 8 to 12 m.

Mechanically stabilized earth walls are those structures which are made using steel or GeoTextiles soil reinforcements which are placed in layers within a controlled granular fill. Reinforced soils can also be used as retaining walls, if they are built as:

This category covers walls which use soil, reinforced with reinforcing bars, to provide a stable earth retaining system and includes reinforced soil and soil nailing.

Constructing a soil nailed wall involves reinforcing the soil as work progresses in the area being excavated by the introduction of bars which essentially work in tension, called Passive Bars. These are usually parallel to one another and slightly inclined downward. These bars can also work partially in bending and in shear. The skin friction between the soil and the nails puts the nails in tension.

The type of retaining walls that use both factors that is their mass and reinforcement for stability are called Hybrid or Composite retaining wall systems.

Any wall which uses facing units tied to rods or strips which have their ends anchored into the ground is an anchored earth wall. The anchors are like abutments. The cables used for tieing are commonly high strength, prestressed steel tendons. To aid anchorage, the ends of the strips are formed into a shape designed to bind the strip at the point into the soil.

Gabions are cages, cylinders, or boxes filled with earth or sand that are used in civil engineering, road-building, and military application and many others. OR Gabion elements fitted to geogrid 'tails' extending into supported soil. For erosion control caged rip-rap are used. For dams or foundation building, metal structures are used.

Steel sheet pile walls are constructed by driving steel sheets into a slope or excavation upto the required depth. Their most common use is within temporary deep excavations. They are considered to be most economical where retention of higher earth pressures of soft soils is required. It cannot resist very high pressure.

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Retaining Wall - Definition and Types of Retaining Walls ...

A collection of garden retaining walls and terraced gardens both residential and public.- Advertisement -

Terrace gardens date back to ancient times, and are still a beautiful butrarely seen luxury in modern times.

Contemporary terrace gardens and retaining walls tend to be much smaller and modest in most residential landscaping designs, and while some are works of masonry, others are simply stacked stones or concrete steps. We set out the 10 retaining wall materials here.

The majority of the terraces and retaining walls youll see in this collection can be found in nearly any suburban neighborhood. Many contemporary terrace gardens are also in urban areas, and use extensive container gardening to create these small gardens in the lack of a traditional planting bed.

The above terrace is an expansive garden with a small pond, waterfall, and small evergreen bushes lining the larger terraces.

We hope youll enjoy this unique collection and find inspiration for your own garden!

Find more backyard ideas in our definitive guide to backyards!

A contemporary home with terraced landscaping on either side of the stone stairs that lead up to the front door. The light colored stones are stacked neatly around the planting beds, making the hillside less dramatic.

A stone retaining wall that snakes around either side of a paved pathway. Ornamental trees, flowers, and draping vines fill in and around the sides of the two terraces.

A simple terrace created with wooden blocks, chicken wire, and large stones for a rustic look. The landscaping is simple and low maintenance. Source: Zillow DigsTM

Stacked landscaping stones are an easy and great way to keep grass out of your planting bed and add curb appeal to your landscaping. Any borders you create will stay in place.

Thin slate stones stacked create a natural-looking, simple barrier between the landscaping and the grass.

A more country, rustic retaining wall by the side of a paved pathway, creating a terrace up the large hillside. Moss grows on the old stones, marking this wall as well aged.

The stones used to create these terraces and retaining walls are speckled with small holes that give them the appearance of a kitchen sponge.

A retaining wall with two tiers of landscaping that follows a paved pathway.

A series of light stone retaining walls that help keep the sand dunes from eroding away and also provide a sturdy place for larger evergreens to grow.

A simple, curved retaining wall that forms a circular planter full of petunias.

A retaining wall of light stacked stone that is uniform in color and size. The ground above the stones is covered in a thick groundcover.

A hand-laid retaining wall made out of natural stone. Two terraces are filled with low maintenance landscaping. The terraces smooth out angle between the much higher house and the lawn.

A series of layered stone terraces between the highest and lowest levels of a split-level home. A ramp is overhead. Source: Zillow DigsTM

A simple retaining wall that creates a raised gardening plot filled with petunias, black-eyed susans, and other members of the daisy family.

Terraces of multiple heights surround this pool complex, creating a private oasis.

A new garden with several garden tiers and new growth. The stone retaining walls will keep the arrangements separate.

Beautifully fashioned retaining walls, each with a different plant in large groups.

A series of retaining walls surrounding a waterfall that runs into a small creek down the hill.

Lush landscaping with a small birdbath, looking glass, and uniformly stacked stones. A small set of stairs leads up to a pathway on the top terrace.

A retaining wall next to a stone courtyard in alternating red and gray stone.

A simple terrace garden with ornamental grasses and bushes.

A residential terrace garden along a winding stone path along the side of the home.

A look at the above terrace garden and path from the rear of the home.

Stone retaining walls running beside a packed dirt road.

A short retaining wall that creates dedicated planting beds easily distinguishable from the grass lawn.

A series of small concrete terraces create steps along this hillside. Soft, plush grasses make this spot perfect for sitting.

A retaining perimeter wall around the wooden backyard patio. The top tier runs into the surrounding woods.

27 Garden Trellis and Lattice Ideas (Wood & Metal)|50 Creative Container Garden Ideas (Illustrations)|30 Incredible Sundeck Designs and Patios by Top Designers Worldwide|65 Walkway Ideas & Designs (Brick, Flagstone & Wood)

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27 Backyard Retaining Wall Ideas and Terraced Gardens

Residential / Commercial

VERSA-LOK offers eight attractive segmental retaining wall systems equally suited for residential, commercial and public works applications: Standard, Accent, Cobble, Mosaic, Square Foot, Ultra, Nexus and VERSA-Green, a plantable retaining wall system that becomes a living part of your landscape.

Since 1987, VERSA-LOK has been creating Solid Solutions for architects and engineers with the industrys original solid, top-pinning segmental retaining wall system. Our low-absorption, high-strength, solid concrete units provide not only the long-lasting durability engineers expect, but also the limitless number of design options architects demand.

Create curves, corners, stairs, columns and freestanding walls using Standard, Cobble or Accent VERSA-LOK units, or combine the three to form the random-pattern Mosaic Retaining Wall System. VERSA-LOK wall units are available in the classic split-face texture at all locations and in the vintage Weathered texture at select locations. These products all work with VERSA-LOK cap units.

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Our original, most popular unit, the Standard unit is the backbone of VERSA-LOK retaining wall systems. The unit's solid construction and unique pinning system provide an endless array of design options, hardcore durability and the fastest, easiest installation available. Not only straight retaining walls, but also curves, corners, columns, stairs and freestanding walls are possible with the Standard unit, making it a universal favorite among homeowners, contractors and landscape architects and designers alike. This all-purpose retaining wall block also is available a Weathered texture option at selected dealers.

Create eye-catching designs by combining VERSA-LOK Standard, Cobble and Accent units to form the random-patterned Mosaic Retaining Wall System. Attractiveanddurable, the Mosaic system uses a four-unit panel (10" x 24")consisting of one Standard, one Cobble and two Accent unitsgiving each wall an interesting and visually arresting look and feel. Although they can create seemingly complex patterns, the simple four-unit Mosaic panels are just as easy to install as our Standard, Cobble or Accent Retaining Wall Systems.

About half the size of the VERSA-LOK Standard wall block, Cobble units are perfect for planters, small walls and countless garden-variety projects. Smaller and conveniently lighter than its big brother Standard unit, versatile Cobble wall units retain the same top-down pinning system, saving you time and installation costs.

A slimmed-down version of the Standard wall unit, Accent units measure 4 inches tall by 12 inches wide. They're lighter than Standard units, but engineered with the same high-strength, low-absorption concrete. Easily installed, Accent units draw minimal attention to the wall, saving the spotlight for pools, gardens, and other features of the surrounding landscape.

Cap units can put the finishing touch on your VERSA-LOK retaining wall. They're available in two stylesA and Band are 3-5/8" tall by 14" wide (at the face). Caps can be used with all types of designs. For straight walls, use both caps alternately. Outside curves require A caps only while inside curves use B caps.

Square Foot is a premium cored unit that covers a full square foot of wall face economically, making it a low-cost alternative for some commercial applications. Its trapezoidal shape and top-pinning system allow for variable bond construction, accurate alignment, tighter vertical joints and easy installation. Square Foots unique design enables a near-vertical setback, and its thick face affords greater durability than other cored systems.

The VERSA-LOK Ultra retaining wall system offers VERSA-LOK's renowned durability and stunning looks in a lighter weight unit that opens up a new world of design options, either on its own or in combination with other VERSA-LOK units. Its six-inch height makes it easy to integrate with Standard, Cobble, and Accent units.

When you need to retain a lot of ground economically, the VERSA-LOK Nexus retaining wall system can meet your projects design specs and budget and create a great-looking retaining wall. The top-stud design readily accommodates a variable bond, so you can create walls that have a more natural appearance.

The VERSA-LOK Harmony retaining wall system uses Standard and Cobble wall units to create designs limited only by your imagination. Combine the units in countless ways to create a variety of natural-looking designs. At half the width and the same height as Standard units, Cobble units can be set randomly among Standard units or the two types of unit can be set in a repeating ratio.

The new VERSA-GreenPlantable Wall System combines the durability and strength of a VERSA-LOK segmental retaining wall with the lush beauty of a hanging garden. Inside each unit is a 6"-deep plantable core for planting and a groove in the top to accommodate irrigation tubing. The result is a functional wall that becomes a living part of your landscape.

In addition to our line of traditional segmental retaining wall systems for residential and commercial applications, VERSA-LOK also produces Brute and Bronco, two products specially designed for select large-scale commercial or agency projects. Brute and Bronco are manufactured to the same industry-exceeding standards as our other products.

The massive size of VERSA-LOK Brute240 pounds and 1-1/3 square feet face areamakes it the ideal solid solution for unreinforced walls to 8 feet; limited-access sites; sites where extensive excavation isnt possible or practical; vertical retaining walls; walls subject to impact; or shoreline applications. Brute is installed mechanically in pairs using a special clamp attached to a backhoe or other lifting device and employs VERSA-LOKs top-pinning design for quick unit alignment and construction versatility. Brute is only offered in certain regionscontact your local VERSA-LOK dealer for availability.

When youve got a landscaping job that requires a colossal-size segmental retaining wall (SRW), call for Bronco. Weighing in at 4,500 pounds and displaying 14 square feet of face area, Bronco has the heft and coverage to tackle any job you can throw at it. The heavyweight system builds walls up to 10 feet tall without soil reinforcement, making it ideal for projects with excavation constraints. And with a unique four-panel, natural-stone appearance, Bronco is the most attractive random-pattern large-block SRW system available.

When youve got a project that requires a heavy-duty retaining wall, call for Bronco II, the new heavyweight segmental wall system from VERSA-LOK. Weighing in from 1,225 to 3,215 pounds and displaying 6 square feet of face area and a 3.2 batter, Bronco II has the heft and coverage to tackle any job. Alignment knobs molded into the top of units and channels molded into the bottom ensure correct near-vertical positioning and allow for tight joints with variable-bond construction.

The VERSA-Lifter makes it easier to lift and place units, especially on the base course. The two prongs on the lifter are placed into the holes in the VERSA-LOK unit. The action of lifting the handle secures the lifter to the unit and makes for easy, balanced lifting and placement. VERSA-Lifter are available from your local supplier.

VERSA-LOK Fabric is ideal for soil reinforcement of shorter walls. This geotextile is both cost-effective and easy to install. It is available in convenient, ready-to-use roll sizes.

Engineered for durability and long life, VERSA-Grid geogrid is a high-performance soil reinforcement composed of high-molecular-weight, woven polyester yarns with a polymeric coating. Properly designed VERSA-LOK walls with VERSA-Grid soil reinforcement can be constructed to heights of 50 feet or more.

A single-component, non-sag elastomer, VERSA-LOK Concrete Adhesive is designed for use in non-traffic bearing joints, including those where structural movement or stress is expected. Each VERSA-LOK Concrete Adhesive cartridge contains enough adhesive to cap approximately 14 lineal feet of wall.

VERSA-LOKs original, solid pinning system provides a mechanical interlock between retaining wall units and a mechanical connection to geogrid soil reinforcement.all Systems.

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Segmental Retaining Wall (SRW) Blocks for Landscaping ...