Sonobot 5 USV

About

● The EvoLogics Sonobot 5 is an advanced uncrewed surface vehicle (USV) engineered for automated hydrographic surveys, infrastructure inspections, environmental monitoring or search and rescue operations in inland and coastal waters. Compact, robust, and easily deployable by a single operator, it combines professional-grade sensor technology with versatile operation modes to deliver reliable performance in diverse environments.

With its integrated systems and modular design options, Sonobot 5 is available in multiple configurations to meet mission-specific requirements. Optional add-ons, including advanced imaging, extended communication range, and real-time object recognition, expand its capabilities for complex or specialized survey scenarios.

The Sonobot 5 streamlines operations, reduces setup and handling time, and provides a professional platform for data collection and mission support – equally effective as a standalone tool or as part of a coordinated vehicle network.

With onboard AI capabilities, Sonobot 5 efficiently processes and analyzes data, enabling faster decision-making and optimized use of resources. It turns collected data into actionable insights, helping operators achieve more in less time.

Sonobot 5 USV

Key Features

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Close-up of a black carbon fiber drone or underwater vehicle with a central circular component and an extended arm with a camera or sensor.

High-precision surveying

Sonobot 5 sonar options include single-beam echosounder, multibeam, side-scan and forward-looking sonars, combined with GNSS navigation and optional RTK or laser tracking for accurate bathymetry and mapping.

Orange and black autonomous underwater vehicle with sensors and camera on white background.

Compact and easy to handle

The foldable lightweight catamaran hull allows Sonobot 5 to be assembled without tools, carried by a single person, transported in a car trunk, and deployed rapidly in the field.

Close-up of a sleek black underwater propulsion device with a propeller and orange handle.

Stable performance and endurance

Optimized hull geometry, efficient propulsion, and swappable battery packs ensure reliable performance with up to nine hours of endurance, making the system equally suited for short deployments and longer, data-intensive missions.

Close-up of a black carbon fiber and orange component with a shiny metal latch.

Robust materials

The Sonobot’s hull and components are constructed from seawater-resistant carbon fiber, stainless steel, and engineered plastics, enabling operations in both clean and contaminated waters.

Underwater scene showing abandoned fishing nets tangled on the ocean floor with small fish swimming around.

Seamless communication

A redundant mesh communication network enables operation through WiFi, cellular, or long-range radio, available in multiple versions to cover the required operation range.

A top-down satellite map showing a search pattern over water labeled 'Großer Plessower See' with a colored path indicating a robotic sonar scan trajectory named Sonobot-33.

Versatile operation modes

The vehicle can run the mission in supervised autonomy, navigating along a pre-programmed waypoint grid with the option for operator intervention, or be manually operated using the remote control.

Person using a Lenovo laptop displaying sonar scan data with highlighted sections and a green signal graph.

Flexible mission planning and data review

The Sonobot’s control software supports the entire mission cycle: interactive, geo-referenced planning of the survey grid with configurable sensor parameters; reliable control, track visualisation and data preview during deployment; wireless downloads of the full dataset after the mission, post-mission analysis and multi-format data export for seamless integration into existing workflows.

Sonobot 5 USV

Configuring your vehicle

Sonobot 5 USV

Configuration Options

The Sonobot 5 is available in multiple configurations, from standard survey setups to advanced infrastructure inspection or diver support systems. Our experts can help you select the right combination of sensors, geopositioning and communication options to match your operational needs.

Whether in rivers, lakes, or coastal waters, the Sonobot 5 can be equipped for maximum efficiency and reliability.

Configuration Examples

Here are some sample Sonobot 5 configurations for various types of professional use:

Orange and black autonomous surface vehicle drone with two pontoons and multiple antennas.

Standard Survey Configuration

Single-beam echosounder and side-scan sonar for high-quality bathymetric mapping and seabed imaging.

Orange and black unmanned surface vehicle with two pontoons, antennas, and mounted camera, front view on white background.

High-Resolution Mapping Configuration

Multibeam sonar for detailed seabed surveys and precise 3D modeling of underwater structures.

Front view of a black aquatic drone with two pontoons, three antennas, and a central camera sensor.

Infrastructure Inspections Configuration

Forward-looking sonar, side-scan sonar with AI-based object recognition, underwater camera for detecting issues and documenting the findings.

Front view of a green and black marine drone with two large buoyant arms and three antennas.

Diver Navigation Support Configuration

Equipped with a USBL antenna, the Sonobot 5 acts as a mobile surface gateway for acoustic positioning networks, supporting communication with divers and AUVs.

Sonobot 5 USV

Applications

The Sonobot 5 is designed to support a wide range of operations, delivering a balance of portability, autonomy, and professional-grade sensors for diverse professional tasks:

Small orange autonomous surface vehicle moving on water with city skyline and cloudy sky in the background.

Hydrographic and bathymetric surveys

Sonobot 5 produces high-resolution maps of rivers, lakes, reservoirs, and coastal areas, using advanced sonar systems and precise GNSS/RTK navigation for accurate bathymetry.

Small red and black autonomous watercraft floating on calm harbor water with dock and boats in the background.

Infrastructure inspection and monitoring

Integrated sonar and visual payloads enable detailed assessment of bridges, dams, ports, and other critical structures, supporting maintenance and safety evaluations.

Environmental and scientific research

Modular sensors and onboard cameras allow comprehensive ecosystem monitoring and environmental data collection in rivers, lakes, and coastal areas.

Unmanned aquatic robot on the edge of a flooded path with a person in wading gear standing in the water ahead.

Search and rescue, investigation support

AI-based object recognition, side-scan sonar, and optional thermal or stereo cameras enable real-time object localization, reducing operational time for response teams.

Black spherical buoy anchored underwater above algae-covered seabed.

Hazard detection

AI-assisted modules identify dangerous underwater objects, such as mines or debris, providing support for both civil and military security operations.

Underwater view of a robotic fish device swimming near the water surface, creating bubbles.

Cooperative robotic missions

In USBL configuration, the vehicle acts as a mobile surface gateway for acoustic positioning networks and follows tracked assets, ensuring uninterrupted coverage and multi-vehicle coordination.

Sonobot 5 USV

Technical Specifications

Contact

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Get in touch and share your project requirements – let’s put together the optimal Sonobot 5 for your operations.

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Autonomous robotic boat on the ocean surface near two dolphins swimming.