Retaining Walls
Custom retaining wall construction using stone, block, and brick for erosion control and landscaping.
What is Retaining Walls?
Retaining walls serve both functional and aesthetic purposes, holding back soil to create usable outdoor spaces while adding visual interest to landscapes. Professional masonry retaining walls combine structural engineering with craftsman skill for lasting results.
Material choices for retaining walls include natural stone, concrete block, brick, and segmental retaining wall systems. Each offers different aesthetics, structural capabilities, and price points to match project requirements.
Proper retaining wall construction requires attention to drainage, footings, and structural reinforcement. Walls over 4 feet typically require engineering and permits. Professional masons understand these requirements and build walls that perform for decades.
Common Issues We Address
Process Overview
How professional contractors handle retaining walls from start to finish
Site evaluation & layout
1 visitCheck slopes, soil, drainage paths, and mark wall alignment and height.
Excavate & base prep
1-2 daysExcavate to frost depth as needed, install compacted gravel base, and leveling pad.
Build wall & reinforce
2-4 daysStack block/stone, add geogrid or tie-backs where engineered, maintain batter for stability.
Drainage install
0.5-1 dayPlace drain tile, washed stone backfill, and fabric separation to keep water away from wall.
Cap, grade, and finish
Install caps, final grading, and landscape restoration for proper runoff.
Cost Factors
What typically drives the price of retaining walls
Wall height & length
Taller/longer walls require more material, engineering, and reinforcement.
$40 - $120 per sq ft of faceSoil and drainage needs
Poor soils or added drainage systems increase excavation and material costs.
Material choice
Natural stone generally costs more than SRW block or CMU with veneer.
Engineering & permits
Walls over 4 ft often need stamped plans and permits.
$300 - $1,000Access and hauling
Tight sites or long carry distances add labor and machine time.