CHCNAV Apache 3

Cost-Effective Single Beam USV

Highlights

The Apache 3 is a cost-effective, portable, shallow-draft marine drone with single-beam echosounder for bathymetric surveys of lakes, inland rivers, and coastal areas. With seamless 4G communications, dual GNSS positioning and heading, an IMU sensor, and high-efficiency motors, the Apache 3 navigates pre-determined courses in autonomous mode under adverse current and flow conditions, ensuring accurate and efficient data collection.

Main Features

Lightweight

Only 7 kg and 1 m length for easy transport and operation.

Dual GNSS Positioning

Precise positioning and heading for accurate surveys.

4G Communication

Reliable data, video, and RTCM corrections.

Android OS

Highly integrated with rich and powerful features.

Benefits and Performances

01 High Performance Pocket-Hulled Vessel

Operate in shallow waters and challenging environments with the compact design, 1 meter in length. The Apache 3 remains stable even in rapid currents, ensuring consistent data quality.

02 Fully Autonomous Operation

Navigate pre-determined courses with accurate linear technology and dual GNSS positioning. The Apache 3 maintains a perfect straight sailing course, even in complex current conditions.

03 Accurate Under Bridges

Maintain high accuracy under bridges with integrated GNSS and IMU sensors. The Apache 3 provides precise position and attitude data, compensating for hull sway and eliminating data outliers during GNSS outages.

04 One-Man Operation

Easy to transport and deploy with just 7 kg, the Apache 3 enables a single operator to manage the project from transport to mission processing, improving operational efficiency.

05 Robust and Durable Construction

Constructed with macromolecule polyester carbon fiber and Kevlar fiberglass, the Apache 3 is built for durability. The sealed straw cover and titanium alloy mesh ensure long-lasting performance in harsh environments.

06 Android Intelligent Control

The integrated Android remote control supports route planning, video streaming, data collection and processing, making field operations more efficient and optimizing data transmission.