Retaining wall supplier
MSE and structural retaining wall systems engineered for some of the largest, most complex sites in the Omaha metro.
Overview
We build mechanically stabilized earth (MSE), gravity, and structural retaining wall systems on some of the largest and most difficult sites in the region. Working from the project engineering, our crews handle complex grade changes and tight tolerances — the kind of structural wall work general contractors and developers can’t leave to chance.
What we do
Specialized scopes we handle for general contractors, developers, and public agencies.
We build mechanically stabilized earth (MSE) retaining wall systems to project engineering, managing reinforced backfill, facing, and drainage across large grade changes. MSE walls are a cost-effective, proven solution for the tall, heavily loaded walls common on major civil sites.
For sites where MSE isn’t the fit, we build structural and gravity retaining wall systems engineered for difficult terrain and demanding loads. Our experience on some of the metro’s largest, most complex walls means general contractors can hand off the toughest structural scope with confidence.
Project experience
Bellevue, NE
Earthwork for the Mattel Wonder Indoor Waterpark at Bellevue Bay, a city-owned, 140,000-square-foot indoor and outdoor waterpark at the center of Bellevue’s 575-acre Good Life District. Leick crews handled the basement excavation, basement backfill, and retaining walls.
Omaha, NE
The project consisted of an engineered, multi-tiered Redi-Rock retaining wall system for the City of Omaha’s South Omaha Trail, supporting bridge footings across 20 feet of grade change. Reinforcement methods included flowable fill mass extenders for gravity block walls, geogrid-reinforced walls with granular backfill, and granular backfill for gravity walls.
Pottawattamie County, IA
The project consisted of overexcavation of a building site and construction of structural segmental block walls up to 15 feet tall to support building loads. Existing utilities and property-line conflicts required engineering for tight spaces; clean limestone, geogrid, and stabilized aggregate were used to build the engineered walls.
Project inquiries
Send plans and schedule for your retaining wall systems scope, or call our team to walk through the site.
