Bluff Stabilization
Shell Beach Bluff and Retaining Wall Stabilization
Shell Beach, Pismo Beach, California
Emergency replacement of a failed metal crib wall with a 128-foot tieback wall featuring a natural sculptured finish to blend with the surrounding bluff.
The Problem
Site Conditions That Drove the Work
A metal crib wall failed and closed a section of an ocean frontage street in Pismo Beach. The failure occurred in an environmentally sensitive area with limited access, requiring an emergency repair that could restore both structural stability and safe street access.
The Solution
J.C. Baldwin installed a 128-foot-long by 35-foot-high tieback wall with 37 tiebacks, 47,350 pounds of reinforcing steel, and 420 cubic yards of concrete. The wall was finished with a natural sculptured surface designed to blend with the native surrounding bluff. Grading and drainage improvements were also completed.
Outcome
The tieback wall replaced the failed crib wall and restored safe access along the ocean frontage street. The sculptured finish achieved a natural appearance consistent with the surrounding coastal bluff environment.
Client
City of Pismo Beach
Engineer
TerraCosta Consulting Group
Wall
128 ft long x 35 ft high
Tiebacks
37
Steel
47,350 lbs reinforcing steel
Concrete
420 cubic yards
Project Gallery
Problem, Solution, and Site Conditions in the Field
Related Services
Capabilities Behind This Project
The Shell Beach emergency response combined J.C. Baldwin's bluff stabilization, landslide repair, and slope stabilization services to replace the failed crib wall and restore safe street access along the ocean frontage. Learn more about the services involved in Shell Beach Bluff and Retaining Wall Stabilization:
Coastal
Bluff Stabilization
Stabilizing bluffs threatened by erosion, landslides, and long-term movement in steep, highly exposed coastal environments.
Inland
Landslide Repair
Practical stabilization systems for active slides, unstable hillside conditions, and urgent slope failure scenarios.
Inland
Slope Stabilization
Field-proven systems for slopes facing erosion, instability, or long-term movement near homes, roads, and development.