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Assess Soil and Load Conditions for Design

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Retaining Walls - How to Avoid Costly Mistakes and DIY your landscaping Walls with Great results!

What happens here

Properly design the retaining wall by considering the soil type and load conditions. An important factor is assessing the type of soil in the construction area. For instance, soil that is 'over optimum moisture' (too wet) must be corrected. This might involve replacing the wet soil with appropriate backfill material. Also, account for any additional surcharge (weight or pressure) from structures like driveways directly behind and above the retaining wall, which necessitates extra reinforcement during construction.

Goal: Incorporate soil type and external loads into the retaining wall design for optimal stability.

Tools and materials

  • Mini Excavator — Excavating soil and handling materials for the retaining wall, especially during soil correction
  • Shovel — Manually excavating and moving soil, and adjusting drainage aggregate
  • Soil N/A — The natural ground material on which the retaining wall is built. May require correction or replacement

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things. Designing the retaining wall right out of the get-go is an important factor, but also noticing the types of soil you're using. We're doing a soil correction. this stuff gets hauled away. The problem is it's over optimum moisture. It's too wet. That's what she said. Getting the right mag fill is critical to the long-term success of your retaining wall. But even more critical is getting the right amount of drainage aggregate. Now, the industry standard is to put 12 in behind the retaining wall. But I'm going to tell you to deepen that to 18 even more in just cheap insurance. Is going to ensure you long-term success. Let's This is a new one. Tim and I have never usually seen the drain tile installed at the top of the retaining loft without any drainage aggregate. Exactly.

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