Coverage
Flood risk doesn't stop at state lines
Based in Spring, Texas, with commercial deployment across hurricane, river and snowmelt environments. Each market below is described by the flood mechanism that actually threatens facilities there.
Texas
Texas
Texas commercial flood risk comes from three directions: tropical systems and surge along the coast, extreme rainfall that overwhelms bayous and urban drainage inland, and flash flooding in the Hill Country. Many facilities are exposed to more than one of them.
Regional detailHouston, TX
Houston flooding is driven mostly by rainfall rather than by the coastline. Flat terrain, heavy clay soils and a bayou system with finite capacity mean that intense or prolonged rain puts sheet water across sites that are nowhere near a shoreline.
Regional detailDallas–Fort Worth, TX
Metroplex flooding is usually creek- and drainage-driven. Intense thunderstorm cells produce fast runoff across large impervious areas, and the water arrives quickly at low-lying industrial and commercial sites.
Regional detailAustin, TX
Austin sits at the edge of one of the most flash-flood-prone regions in the country. Thin soils over rock shed rainfall almost immediately, and creek systems can rise faster than a deployment can be organized from scratch.
Regional detailSan Antonio, TX
San Antonio combines Hill Country flash-flood exposure with dense urban drainage. Rainfall that runs off the Balcones Escarpment reaches urban channels quickly, and commercial sites near those channels take water with little notice.
Regional detail
Gulf Coast & Southeast
Florida
Florida commercial flood exposure combines storm surge, extreme tropical rainfall, high groundwater and low elevation. Many properties sit only a few feet above the water table, so drainage capacity disappears early in an event.
Regional detailJacksonville, FL
Jacksonville's flood risk is dominated by the St. Johns River and its tidal behaviour. Wind-driven surge, tidal cycles and heavy rainfall can combine to hold water levels high for extended periods rather than producing a single short peak.
Regional detail
Northern & River Systems
North Dakota
Northern flooding is a forecastable, slow-building event. Winter snowpack, frozen ground and spring melt combine to raise river levels over days or weeks, which allows a genuinely planned deployment — and demands one, because events last a long time.
Regional detailMississippi River Region
Mississippi River flooding is stage-driven and slow. Gauge forecasts give days of warning, and protection height can be set against a predicted crest — but water often stays high for weeks, so equipment and staffing plans matter as much as the barrier itself.
Regional detail
Outside these markets
Deployments elsewhere in the United States are quoted case by case.
We publish a market page only where there is genuine operating relevance. If your facility sits outside the regions listed here, send the location and the threat and we will tell you plainly whether we can mobilize to it.
Next step
Build the flood plan before you need it.
Talk to us about your property, its flood exposure, the equipment you already own and what deployment would actually require onsite.