Autonomous USV to Survey Cayman Islands’ Seafloor

Saildrone is set to map the Cayman Islands’ Exclusive Economic Zone (EEZ), covering 29,300 square nautical miles with its autonomous Surveyor USV to interpret the region’s seafloor topography By William Mackenzie / 21 Aug 2024

Autonomous Underwater Vehicles (AUV)

Discover cutting-edge solutions from 9 leading global suppliers
SUPPLIER SPOTLIGHT
Autonomous USV to Survey Cayman Islands’ Seafloor
Follow OS&T

Saildrone has begun a mission to map the 29,300 square nautical miles (100,530 sq km) of the Cayman Islands’ Exclusive Economic Zone (EEZ) using autonomous, uncrewed surface vehicles (USVs)

The mission is being conducted using a 20-meter Saildrone Surveyor USV, and will cover 80% of the Cayman Islands’ EEZ using autonomous technology.

The Saildrone Surveyor is equipped with multibeam echo sounders and metocean sensors for ocean mapping and ecosystem monitoring, as well as radar, subsea cameras, and advanced machine learning. While a standard survey ship takes years to build, Saildrone can reportedly produce one Surveyor in as little as six weeks—at a fraction of the cost of a ship. 

A high-resolution bathymetric map of a country’s EEZ is a prerequisite for exploring, identifying, characterizing, exploiting, conserving, and managing natural resources in waters extending up to 200 nautical miles from its shores.

The Cayman Islands’ EEZ encompasses an area that is 357 times larger than the islands themselves, about half the size of the state of Florida. The mission will provide detailed and precise bathymetric data for the Cayman Islands, contributing to a comprehensive understanding of the seafloor topography in the region. 

The data collected is set to enhance maritime navigation and charting, and support scientific research, environmental conservation efforts, and marine resource management in the Cayman Islands.

Saildrone will collect the raw bathymetry data, which will be provided to the UK Hydrographic Office (UKHO) to process and update the Cayman Islands’ nautical charts. The data will belong to the Cayman Islands government.

The mission will take approximately six months. Saildrone will provide local mariners with detailed information, via its website, on the location of the Surveyor vehicle when it is scheduled to operate close to shore or near popular fishing and boating areas. The project is funded by the London & Amsterdam Trust Company Limited, a Cayman-based organization.

Premier and Minister for District Administration & Lands, Hon. Juliana O’Connor-Connolly, expressed the benefits of the Cayman Islands undertaking the marine survey, “Our waters hold such great value to us for a myriad of reasons ranging from recreational to economic. 

“Conducting this assessment will allow our government to make data-driven decisions that will strengthen our policies and legislations as it relates to our maritime infrastructure. I am grateful to all parties who have worked to bring this initiative to this junction and am eager to learn of the survey’s results and outcomes.”

Brian Connon, Saildrone VP Ocean Mapping, added, “Saildrone’s Surveyor class of USVs provides an available, economical, climate-friendly solution to mapping the world’s oceans. The data gathered by this USV will provide valuable insights into the Cayman Islands’ underwater topography, aiding in the mapping and exploration of the country’s marine resources and ecosystems.”

Find suppliers and manufacturers of Multibeam Echosounders for seafloor mapping >>

Posted by William Mackenzie Will is a Content Specialist at Ocean Science Technology. Joining in 2024 with a background in professional copywriting and creative content, Will brings expertise in oceanographic monitoring, aquaculture, and environmental analysis. He provides in-depth coverage of breakthroughs in marine research, subsea systems, and autonomous platforms, drawing on his specialist understanding of ocean technology to highlight innovations shaping the future of the marine industry. Connect

Latest Articles

Real-Time Vibration Analysis Embedded in SBG Systems IMU

SBG Systems’ IMU now features built-in vibration monitoring, delivering real-time analysis to enhance accuracy, detect resonance, and support design, testing, and structural monitoring

Nov 19, 2025
Kraken Robotics Forms Reseller Partnership to Expand Access to Subsea Sonar Technology

Kraken Robotics has appointed BlueZone Group as an authorized reseller of its SAS and KATFISH platform, offering high-resolution underwater imaging, bathymetric mapping, and rapid data collection for defense and commercial surveys in Australia and New Zealand

Nov 19, 2025
Monitoring Marine Environments with Pro-Oceanus Dissolved Gas Sensors

Discover how Pro-Oceanus Systems’ advanced sensors help explore the oceans, measure dissolved gases, and uncover critical insights into marine and climate processes

Nov 18, 2025
Strategic Partnership to Deliver High-Resolution Deep-Sea Seafloor Intelligence & Insights

PlanBlue and Orpheus Ocean have collaborated to integrate advanced AI-driven imaging with autonomous underwater vehicles, enabling enhanced monitoring and analysis of critical deep-sea environments

Nov 17, 2025
FarSounder Integration Delivers Real-Time Seafloor & Obstacle Detection to SYNAPSIS Users

FarSounder has integrated its Argos 3D Forward Looking Sonar with Anschütz’s SYNAPSIS navigation platform, bringing real-time subsurface insights directly into the (W)ECDIS NX interface

Nov 17, 2025
Underwater Optical Communication Showcases 5.2 Gbps Transmission for Marine Applications

Kyocera has demonstrated a high-speed Underwater Wireless Optical Communication (UWOC) technology capable of transmitting data at 5.2 Gbps, enabling real-time, large-volume data exchange for underwater vehicles and ocean exploration

Nov 14, 2025

Featured Content

FarSounder Integration Delivers Real-Time Seafloor & Obstacle Detection to SYNAPSIS Users

FarSounder has integrated its Argos 3D Forward Looking Sonar with Anschütz’s SYNAPSIS navigation platform, bringing real-time subsurface insights directly into the (W)ECDIS NX interface

Nov 17, 2025
Boxfish ROV Captures Marine Research Footage for Upcoming Premiere

Scientists from the University of Tasmania used a custom Boxfish ROV to survey Beagle Marine Park, capturing underwater footage premiering on YouTube this November

Nov 12, 2025
SubC Imaging Observatory Camera Systems Support Long-Term Ocean Observation

SubC Imaging’s Observatory Camera Systems capture detailed subsea imagery for cabled ocean observatories, enabling continuous observation and long-term marine environmental studies

Nov 11, 2025