GeoStabilization International provides remote access drilling services for steep slopes, unstable ground, and difficult-to-reach environments where traditional drilling equipment cannot operate safely or efficiently. Across Canada, rugged terrain, limited access routes, and sensitive landscapes often require specialized drilling systems designed to work in constrained or elevated locations.
GSI uses purpose-built drilling platforms that are specifically developed for geohazard mitigation in challenging environments. These systems allow crews to drill on steep inclines, narrow work zones, high-angle slopes, or remote corridors without relying on major access road construction.
GSI’s approach draws on methods outlined throughout the company’s website, including:
These systems are engineered to support stabilization work such as soil nails, anchors, micropiles, and other structural elements required for geohazard repair.
GSI emphasizes approaches that reduce surface disturbance, which is particularly important on unstable slopes or environmentally sensitive terrain. Techniques described on GSI’s website include rope-assisted methods and aerial delivery options that eliminate the need for large haul roads or significant excavation.
This combination of engineered access and specialized drilling platforms allows GSI to work quickly and efficiently in locations where conventional rigs cannot safely operate.
Remote access drilling plays a central role in stabilizing steep transportation corridors, remote utility or pipeline alignments, high-angle rock cuts, slopes impacted by landslides or erosion, and sites with limited staging area or no mechanical access. These capabilities help support infrastructure and maintain slope stability in a wide range of Canadian terrain conditions, from mountainous areas of British Columbia to the forested slopes and utility corridors seen across Alberta and Ontario.
If your site requires drilling in steep, restricted, or hard-to-reach locations, reach out to our team. Contact GSI to schedule a site assessment and determine the best remote access drilling approach for your project.
