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Project Overview and Site Preparation

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Building a TALL engineered retaining wall on a steep slope #2

What happens here

The project involves constructing an 11-foot tall retaining wall on an extremely steep slope, requiring significant earthwork and material placement. Heavy machinery, including an ASV RT-75 Posi-Track skid steer and a Bobcat 325 mini excavator, are utilized for excavating the slope, moving large quantities of dirt, and transporting retaining wall blocks. The narrator emphasizes the importance of building a geogrid-reinforced wall for stability on such a steep incline and hints at the detailed work required for its design and construction.

Goal: This initial step introduces the large-scale retaining wall project on a very steep slope, highlighting the use of heavy machinery for excavation and material handling. It sets the stage for the detailed work involved in building an 11-foot tall, geogrid-reinforced wall designed to manage complex terrain.

Tools and materials

  • ASV RT-75 Posi-Track Skid Steer
  • Bobcat 325 Mini Excavator
  • Geogrid
  • Retaining Wall Blocks

What they say

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[Applause] [Music] as promised guys we're back on our big wall project we're building an 11 foot tall wall on an extremely steep slope and we're going to show you all the ins and outs and all of the detail work that goes into a project like this [Music] [Applause] [Music] so we're also going to be talking about building a geogrid reinforced or fortified retaining wall and what goes into the design for a project like this and some of the misconceptions and things that can lead

Auto-generated from the video audio.