HyperCrib is a proprietary modular crib retaining wall system that acts as a gravity or reinforced soil structure. It comprises interlocking polymer units forming an open cellular framework, which is infilled with free‑draining granular material to provide the mass required for stability. This configuration promotes effective drainage and dissipation of hydrostatic pressure, enhancing overall performance and reducing the risk of instability.
A key advantage of the system is its sustainability. The structural units are manufactured from 100% recycled polymer derived from post‑consumer waste (typically house-hold), which would otherwise be sent to landfill, and can themselves be recycled at the end of their design life. This contributes to a significant reduction in embodied carbon compared to traditional construction materials.
In terms of durability, the polymer components are highly resistant to weathering, ultraviolet exposure, water ingress, and biological degradation, and do not rot or corrode. As a result, the system offers a long design life with minimal maintenance requirements.
From a performance perspective, the lightweight modular units allow rapid construction and adaptability to site constraints, while providing a robust retaining solution suitable for both permanent and temporary works. The system is particularly well suited to landscaping applications, where its timber‑like (“wood effect”) appearance enables visual integration with natural surroundings, but it is equally applicable to industrial sites, highways, and infrastructure projects where a durable and efficient retaining solution is required.
Overall, HyperCrib provides a durable, high‑performance, and environmentally sustainable alternative to conventional retaining wall systems.
