2 products found

Copperstone Technologies products

HELIX Neptune - Amphibious Robot for Water Monitoring

The HELIX Neptune is an advanced amphibious robot developed by Copperstone Technologies, designed for water characterization and environmental monitoring in hazardous environments. Weighing 400 kg, this robot is equipped to handle multi-beam bathymetric surveys and remote ice thickness evaluations with a retractable sonar head mounted for precise depth measurements up to 200 meters. Its unique screw-drive propulsion system consists of helical pontoon structures allowing it to traverse diverse terrains such as mud, ice, and water while providing high maneuverability and versatility. The robot achieves a top speed of 2 knots in water and 9 mph on land. Multiple payload configurations enable water sampling and environmental monitoring, including dual GPS RTK systems, sonar integration, and submersible ROV operations. The HELIX Neptune offers a sustainable, remote-controlled solution for industries like mining and municipal water management by reducing the need for human presence in dangerous conditions, saving both costs and time.

HELIX Mercury - Amphibious Robot for Hazardous Environment Monitoring

The HELIX Mercury is a robust 1-ton amphibious robot engineered for advanced environmental data collection in daunting terrains and conditions. Featuring a groundbreaking screw-drive technology, Mercury merges pontoons for buoyancy with helical grousers that operate as efficient propellers in aquatic settings and versatile traction units on diverse grounds. It is equipped with a sophisticated payload deployment system, enabling the implementation of intricate sensors for thorough subsurface investigations. Mercury's abilities to traverse hard surfaces, mud, tailings, snow, and water, coupled with its ability to support substantial payloads, make it an invaluable asset in geotechnical investigations. This electrically-powered, zero-emissions robot offers substantial cost savings through reduced labor and enhanced operational safety by performing in precarious environments while personnel remain secure. Its remote operational capabilities are managed via the HELIX Dash software, which facilitates both autonomous control and comprehensive functionality monitoring.