Apache6 USV
The APACHE6 USV is a fully integrated innovative solution for 3D bathymetric survey, underwater object positioning, offshore construction, underwater archaeology, and wrecked rescue. The APACHE6 is powered with a high-performance dual propeller system, ensuring a stable constant automatic cruise speed of up to 2.5m/s (7.6 fps). The survey projects can also be completed in manual mode using the APACHE6 remote control panel over a 2 km distance. The APACHE6 multibeam USV reduces survey time, improves work efficiency, and outputs high-resolution data to match the most demanding marine survey project requirements.



















Marine System Products
LIGHTWEIGHT FOR EASY DEPLOYMENT
Marine Systems


HIGH PERFORMANCE TRIPLE-HULLED VESSEL DESIGN
Its dual detachable floating bodies keep the hull balanced even in the rapid current situation. Removing the floating bodies allows operation in shoals, channels and shallow rivers without run aground.
OPTIMIsED FOR NORBIT MULTIBEAM ECHOSOUNDERS


OPTIONAL TERRESTRIAL MAPPING LASER SENSOR
The optional NORBIT iLiDAR mapping sensor provides high-accuracy combined marine and terrestrial 3D survey in a single pass saving significant processing time when performing harbor and river surveys with height clearance evaluation.



Multi-beam echosounders provide detailed and accurate bathymetric data over wide areas, enabling comprehensive mapping of underwater features and supporting precise marine navigation and construction.
The Apache 6 is designed for high-resolution 3D bathymetric surveys, underwater object localization, and offshore construction. The Apache 6 is constructed with macromolecule polyester carbon fiber and Kevlar fiberglass for durability and resistance to harsh marine environments.
The lightweight design allows for easy deployment by two operators, making it versatile and efficient in various survey conditions.
The triple-hulled vessel design with detachable floating bodies maintains stability even in rapid currents, ensuring consistent data quality.

































