This impressive retaining wall project on Lake Gaston proves that the right design and materials can make even the steepest sites buildable.
Constructed on a challenging slope, the project used no-fines concrete (NFC) as the foundation for the segmental retaining wall system. This approach helped limit excavation while still providing a stable base, making it an efficient solution for difficult terrain.
The wall itself was built using Allan Block Classic blocks, creating a durable structure that blends strength with clean, timeless aesthetics.
Project Team Highlights:
Construction: Bradsher Custom Outdoor
Construction Testing: JDS Consulting
Wall System: Allan Block Classic
The result? A large-scale retaining wall that stabilizes the hillside while enhancing the lakefront property.
If you’re curious about how no-fines concrete works with segmental retaining walls, we break it down in our latest blog.
🔗 Read more here:
/using-no-fines-concrete-nfc-with-segmental-retaining-walls-srws/
#RetainingWalls #AllanBlock #LakeGaston #DIYRetainingWall #SegmentalRetainingWalls #CivilEngineering
We’re excited to share a new collaboration between DIY Retaining Wall and Verdtech exploring the next generation of retaining wall technology.
In our latest video, we take a closer look at Verdtech’s Varden™ system and discuss how this lightweight modular block technology works, where it may be beneficial, and what engineers and homeowners should consider when designing modern retaining walls.
Topics covered:
• How plantable retaining wall systems work
• Why lightweight modular blocks can simplify installation
• Drainage and reinforcement considerations
• When living wall systems may be a good alternative to traditional SRW walls
🎥 Watch the video:
https://youtu.be/hzBUyJi-Lmc
📖 Want to dive deeper? Read the full article:
/the-next-generation-of-retaining-walls/
Would you consider a living retaining wall system for your next project?
#RetainingWall #LivingRetainingWall #LivingWall #LivingRetainingWallSystem
Cold weather can destroy a retaining wall, if it’s not designed for frost.
Frost heave is one of the biggest reasons retaining walls fail in cold climates. When water freezes, it expands, pushes soil outward, and puts massive pressure on walls. Rigid systems crack. Footings shift. Repairs get expensive, fast.
That’s why Segmental Retaining Walls (SRWs) consistently outperform cast-in-place concrete walls in freeze–thaw environments.
In our latest blog, we break down:
✔️ What frost heave really does to retaining walls
✔️ Why rigid concrete walls struggle in cold climates
✔️ How SRWs manage water, allow controlled movement, and avoid cracking
✔️ Key design principles to make any wall winter-ready
Cold-climate success isn’t about fighting frost; it’s about designing smarter.
👉 Read the full guide here:
/cold-weather-retaining-walls-frost-heave-why-segmental-walls-perform-best/
If you’re planning a retaining wall in a freeze-prone area, this is a must-read.
Honored to support the IH-41 improvements with engineering services for the MSE retaining wall systems.
Huge thank-you to Elevate Infrastructure, LLC for trusting DIY Retaining Wall as part of their team.
Projects like this show what’s possible when great suppliers and engineers work together.
🚫 Don’t Mount Handrails Directly to Segmental Blocks!
Here’s why 👇
Segmental retaining wall blocks aren’t designed to take the pulling forces that come from a handrail. The block’s weight and strength just aren’t enough to resist those loads, and that can lead to failure or safety issues down the road.
Better Options:
1️⃣ Anchor the post into the ground in front of the wall.
2️⃣ Install a structural concrete core or slab behind the wall designed to take those loads safely.
At DIY Retaining Wall LLC, we make sure your wall looks great and performs safely, from the ground up. Contact us today to get engineered handrail solutions.
#RetainingWallTips #DIYRetainingWall #HandrailSafety #Hardscaping #RetainingWallDesign
Thinking of using clay behind your retaining wall? Think again.
It might seem harmless — even “natural” — but clay is one of the worst materials you can use for backfill. It’s slippery when wet, holds water like a sponge, and expands every time temperatures drop. The result? Leaning walls, cracks, and even total collapse.
In our latest blog, we break down why clay fails, what happens when you use it, and the right materials to choose instead — so your wall stays strong for years to come.
👉 Read the full blog here: /why-clay-is-the-worst-choice-for-your-retaining-wall-and-what-to-use-i…
#RetainingWallTips #DIYRetainingWall #BackfillMistakes #ClaySoil #HardscapeDesign #RetainingWallFail #DrainageMatters
Every great wall starts with a great design.
In Greenville, SC, we’ve engineered a segmental block retaining wall system using @belgardoutdoorliving Diamond Pro 9D and Mirafi 2XT geogrid—built for strength, stability, and long-term durability.
This isn’t just blocks and stone—it’s the foundation for a stunning pool area that future residents will enjoy for years to come. Proud to partner with @collinsbrooke_landscape Landscape Construction LLC on this exciting project.
#RetainingWallDesign #CivilEngineeringSolutions #GreenvilleSC #PoolDesign
Ever wonder why some retaining walls fail even when built “by the book”?
The hidden culprit: Global Stability.
We have compiled a quick checklist of situations where a global stability analysis is essential.
Swipe through 👉 and make sure your next project doesn’t miss it.
📖 Full guide here: /when-global-stability-is-required-on-retaining-wall-projects/
🎥 Watch the video here: https://youtu.be/Tx8GiYLxCxk?si=VdNCHC2LRNWAhi6J
#globalstability #diyretainingwall
Most retaining walls don’t fail because of poor construction.
They fail because of one thing—water.
Hydrostatic pressure from trapped water can push a perfectly built wall to crack, bulge, or even collapse. The good news? A proper drainage system can prevent it.
In this post, I’m breaking down:
- Why drainage matters
- When it’s non-negotiable
- How to design a system that keeps your wall strong for decades
💧 If water is behind your wall, failure could be ahead. Swipe through to learn how to prevent it.
Read the full guide here for all the details: https://lnkd.in/eMfTPX-i
Check out this drainage solution: https://amzn.to/3UJbr0X
#RetainingWalls #DrainageDesign #CivilEngineering #ConstructionTips
Drainage isn’t optional—it’s the backbone of a strong SRW. 💧
Miss even one of these components, and your wall could fail long before its time.
Here are 6 must-have SRW drainage components every contractor, engineer, and DIY builder should know.
📌 Save this for your next project.
#RetainingWall #DrainageDesign #ConstructionTips #LandscapeEngineering #HardscapeDesign #CivilEngineering #Infrastructure
