Unmanned Surface Vessel o©o@o iSail is a display, control, and post-processing software. As the core control system of the unmanned vessel, it receives operational commands, processes sensor data, executes control algorithms, and commands, processes sensor data, executes control algorithms, and I drives the vessel to perform corresponding actions. Supporting multiple measurement modes, iSail enables the USV to carry out tasks automati- cally and adapt to various scenarios. It features autonomous perception intelligent decision-making, and multi-level automatic control, ensuring safe and efficient operation of the vessel even in complex environments Vessel Specifications- Material High-Molecular Carbon Fiber, Kevlar Fabric Hull Shape Fully Curved M-Shaped Monohull Weight Empty 7 kg, Loaded 30 kg (Including Base Station, Controller, and Battery) Weather Rating 3-class Wind Interfaces PPM, RJ45, USB, Type-C, SIM Card Slot, Control Functions One-Button Power On/Off, Auto/Manual Sailing, Cruise/Patrol/Navigation, Route Planning, Security Monitoring, Vessel/Remote Control Information Synchronization, Video Display & Recording, Main Video Window Swap, One-Click Video Screenshot System Linux Water Proof & Dust Proof IP67 Safety Protection Design Automatic Return in Shallow Water; 360° Panoramic Camera, Automatic Obstacle Avoidance, Forward ±120° Field of View; Detection Range 0.1-20m (Optional 40m Module Available), Full-Body Bumper Strip, Reinforced Hull Structure, Dual Redundant Anti-Collision Design Equipable Devices Optical Cameras, Lidar, Echo Sounder, Water Quality Sensors, Meteorological Sensors, Multi-Parameter Probes, Automatic Water Sampler, Side-Scan Sonar, Etc. SDK Open for Secondary Development Basic Communication Radio (Optional) & Network & CORS Data Communication 4G & 2.4G & Radio (Optional) SIM Card Slot Nano Card Slot Interfaces 2*RJ45 Ethernet Ports, 2*RS232 Serial Ports, 2*RS485 Serial Ports Control Mode Manual & Automatic Signal Tracking Rated Power Rated Speed Motor Protection Multi-parameter Water Subsurface Pipeline-Quality Survey Inspection Endurance (Time) Endurance (Distance) Navigation Speed Brushless DC Motor Brushless Direct Drive, Semi-Submersible Design; Waterproof Shaft Seal with Circulating Cooling; Anti-Entanglement Design; Debris-Resistant 33.6V 25Ah * 2 High-Energy-Density Lithium Batteries (Supports Rapid Battery Replacement Without Power Shutdown) One Battery Pack: 3h@2m/s, 7h@ 1.5m/s Economical Cruise Range 38 km 7 m/s; Supports Safe Navigation at 4 m/s in Turbulent Waters Remote Controller- Display Industrial-Grade Display, Communication Range Effective Distance Up to 3 Km, Supports 4G Remote Control Battery Capacity 20,000 mAh Charging 18W Fast Charging, Standard Type-C Port Single Point Positioning < 1.5m (Horizontal) CORS Correction Source Supported CORS Network Radio Differential Supports TT450 protocol / Transparent Heading Accuracy ±0.1° (1m at 1m Baseline) Roll / Pitch Accuracy 6°/h, 20s Rotation Time, Supports _Dynamic Self-guided Positioning_ Depth Measurement- Measuring Range 0.15-200m (Adjusted for Range) Measurement Rate ±1cm+0.1% D (D=Water Depth) Unmanned Surface Vessel ComNav Technology Ltd. Building 2, No. 618 Chengliu Middle Road,201801, Shanghai, China Web: www.comnavtech.com Email: [email protected] Tel : +86 21 64056796 Fax: +86 21 54309582 ©2025, ComNav Technology Ltd. All rights reserved. comVavTech is the official trade mark of ComNav Technology Ltd., registered in People’s Republic of China, EU, USA and Canada. All other trademarks are the property of their respective owners. (July, 2025).

SV300 Unmanned Survey Vessel adopts a highly integrated main control design, featuring a built-in high-precision GNSS positioning system, depth sounder, and vessel control software, streamlining your surveying operations. Equipped with intelligent vessel control system, it offers a high level of automation, strong disturbance resistance, and excellent hull expandability. It can be fitted with echo sounders, side-scan sonar, water quality sensors, and other instruments, enabling efficient and accurate automatic collection, processing, and analysis of underwater terrain, multi-parameter water quality,...