CHC Navigation has introduced the APACHE 6 – 2026 Edition, an Unmanned Surface Vessel (USV) engineered to provide high-resolution bathymetric and 3D mapping for complex marine environments.
The new vessel is specifically optimized for integration with NORBIT iWBMS and WINGHEAD series multibeam echosounders. For projects requiring a complete view of both submerged and overhead environments, an optional NORBIT iLiDAR system can be equipped to capture terrestrial 3D data simultaneously with marine data. This dual-acquisition capability allows for the efficient mapping of harbors, rivers, and critical infrastructure such as bridges and power lines in a single survey pass.
To ensure data accuracy, the APACHE 6 features an optional automated Sound Velocity Profiler kit. This system allows operators to perform required velocity casts on-demand via remote control without pausing the primary survey workflow. The hardware is designed for rapid deployment and can be attached or removed in less than one minute, facilitating continuous correction of multibeam data to meet strict survey specifications.
Physical stability is managed through a detachable triple-hull design paired with smart rotating propeller technology. This configuration allows the vessel to remain stable in strong currents while maintaining the agility needed for confined spaces. By removing the side floats, the vessel can operate in shallow waters, and the intelligent propeller control provides a tight turning radius of approximately two meters for navigating winding channels.
Operational control is handled through an Android-based remote interface, removing the necessity for a dedicated field computer on-site. This controller provides real-time status updates and data monitoring through a multi-link communication system designed for reliable long-distance transmission. As a global provider of geospatial solutions, CHC Navigation developed this integrated platform to support offshore construction, object positioning, and underwater surveying across diverse aquatic conditions.
