Scour, the removal of sediment from around the base of submerged structures, is the leading cause of marine infrastructure failure. BaseLok geogrid composites and marine mattress systems provide high-performance, flexible armoring solutions that conform to irregular seabed profiles and resists scour produced by wave action and current flow. These systems simplify underwater installation while providing superior hydraulic performance compared to traditional rock riprap.
Traditional scour protection often relies on heavy rock riprap, which can be difficult to place accurately underwater, prone to differential settlement, and susceptible to displacement during storm events.
BaseLok offers a more engineered approach. Our marine mattress systems consist of a high-strength geogrid cage filled with stone. This creates a single, integrated unit that is far more resistant to hydraulic lift and drag than individual unconfined rocks. The mattress acts as a flexible, permeable filter and armor layer. When wave energy hits, the mattress dissipates the force through its internal structure, while the integrated filter fabric prevents the migration of underlying subgrade fines.
Engineered for harsh saltwater environments, BaseLok marine solutions provide long-term protection for critical infrastructure while helping reduce maintenance requirements and costly underwater repairs.