Hydrus is an autonomous drone that makes underwater surveying easy and affordable.
Join Peter Baker and Morgan McDermont from Advanced Navigation to learn how Hydrus is disrupting the Autonomous Underwater Vehicle (AUV) industry. The drone revolution is happening, in the deep! Our hosts take you through the whole product journey, from inspiration and design philosophy to technical challenges and innovative capabilities.
Peek under the hood
4K 60 FPS Camera
Wireless charging
Smart lighting system
Hubless thrusters
AI Powered navigation system
E-ink screen
USBL positioning & Acoustic modem
Forward facing sonar
Key Numbers
300
Depth Rating
4K
Video Resolution
2
Range
3
Endurance
Truly Autonomous
Hydrus takes the drone revolution underwater, with the most advanced navigation and communication systems of any subsea vehicle. It contains a DVL, USBL, INS, acoustic and optical modem, all tightly integrated. This enables highly reliable, fully autonomous underwater missions at your fingertips. It also provides obstacle detection and collision avoidance.
Stunning Imagery
Hydrus produces stunning imagery, even in challenging low light and turbid conditions. Through its innovative combination of a 4K camera, dynamic lighting and AI image processing, Hydrus delivers high quality georeferenced footage. The high 60 frames per second allows fast movements to be captured and enhances machine vision capability, allowing for AI classification and analysis to be performed onboard. Hydrus can create 3D RGB point clouds by combining imagery with its sonar and navigation data.
Small and Affordable
Hydrus condenses its advanced features into one of the smallest, and most affordable autonomous underwater vehicles on the market. Its fully encapsulated polymer construction provides best-in-class reliability with minimal maintenance.
Intuitive Mission Control
Hydrus takes complex mission design out of the expert domain and into the hands of anyone that needs underwater data. It features an intuitive point and click 3D map interface that makes creating complex missions simple and allows untrained operators to use the system out of the box. Mission execution utilises AI for reliable navigation and image quality control.
Open Platform
Hydrus is able to integrate your custom software as a payload, offering full access to the camera, sensors, navigation, modems and control. The powerful and open architecture is ideal for machine vision and AI applications.
And more incredible features
One solution. Endless applications.
Reef & Habitat Monitoring
With obstacle detection, collision avoidance and hubless thrusters, Hydrus has 6 degrees of freedom of movement, making it easy to navigate around reefs and tight spaces without impacting the environment.
It also includes a 4K camera capable of capturing video and imagery simultaneously with millimetre precision, enabling 3D photogrammetry modelling.
Hydrus can be hand deployed by a single user, eliminating the need for specialist crews and reducing costs. This allows for more frequent surveys and faster collection of complex datasets.
Applications include:
- Tracking long-term reef health
- Assessing baby coral growth
- Monitoring seagrass meadows
- Subtidal monitoring
Seabed Verification & Mapping
The tight integration of the imaging and navigation systems allows Hydrus to capture high-resolution seabed images that are natively georeferenced.
These can be easily integrated with industry-standard GIS, mosaicing, and photogrammetry software.
Using the mission planning software, Hydrus missions can be saved and repeated as often as needed, enabling repeat data collection images at scheduled time intervals. View Whitepaper.
Applications:
- Site investigation
- Ground truthing
- Intelligence, Surveillance and Reconnaissance (ISR)
- Environmental change observation
- Underwater archaeology & heritage
Underwater Asset Inspection
Hydrus can be operated untethered, autonomously without the need for large vessels or expert crews.
Compared with conventional underwater dives using divers or ROVs, Hydrus can reduce operational costs by up to 75%.
Applications:
- Inspection of subsea cables
- Survey of oil and gas pipelines
- Marine pre/post construction assessment
Object Localisation and Classification
Hydrus features an open platform architecture, allowing users to run custom software directly onboard with direct access to the imaging and sensor data.
This supports AI capabilities such as machine vision, allowing for tasks such as object localisation and classification to be performed rapidly.*
Applications:
- Subtidal monitoring & research
- Search and rescue missions
*Note, this technology is included in all Hydrus models, but requires extensive underwater datasets and model training.
Documentation
Software
The latest firmware for all Hydrus hardware versions. This can be loaded onto Hydrus using the web browser interface. If using Hydrus with a Subsonus unit, Subsonus must be running v3.70 or later.
10 Sep 2024 – V1.50
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