The existing stop butt and bullet catcher required significant reshaping and reinforcement to meet design specifications and safety standards. The project involved integrating the new structures with the surrounding mounds, ensuring stability and long-term durability. Additionally, strict environmental and safety measures were necessary, including erosion control, soil compaction to industry standards, and specialized geocell reinforcement to prevent degradation over time. The works also had to be completed while maintaining operational access and adhering to all required safety and regulatory protocols.
To ensure structural integrity, the existing topsoil and clay core were excavated before reconstructing the stop butt in compacted layers, achieving the required density standards. A polythene membrane was installed at the crest for moisture control, and geocell reinforcement was applied to stabilize the surface. The bullet catcher was reconstructed using compacted brickies sand, with additional geocell reinforcement to maintain slope integrity. Erosion control measures, including sediment fencing and vegetation planting, were implemented to minimize environmental impact.
The remediation work successfully restored and reinforced the shooting range infrastructure, ensuring long-term durability, safety, and compliance with industry standards. The integration of compacted soil layers, geocell reinforcement, and erosion control measures provided a stable and low-maintenance solution. Additionally, the project was completed efficiently and with minimal disruption, maintaining operational access throughout the works.
