Product profile
DataXplorer USV
Open Ocean Robotics DataXplorer is a solar-powered autonomous surface vessel for persistent offshore, coastal and environmental monitoring. Its self-righti...
Facts
- Company
- Open Ocean Robotics
- Product type
- autonomous_surface_vessel
- Status
- commercial
- Primary capability
- Collect persistent ocean and coastal data
- Website
- https://www.openoceanrobotics.com/uncrewed-surface-vehicles
About DataXplorer USV
DataXplorer is a solar-powered autonomous surface vessel designed for extended offshore and coastal data collection. Its self-righting hull carries meteorological, oceanographic, acoustic and surveillance sensors within configurable payload bays.
Satellite, cellular and radio communications transmit data and vessel status to shore during the mission. Open Ocean Robotics operates fleets through remote command software and supplies data services for environmental monitoring, maritime awareness, fisheries, offshore energy and scientific programmes.
Market context
marine_surface, official_16x9_ready, Autonomous Surface Vessel, official_field_photo, https://www.openoceanrobotics.com/uncrewed-surface-vehicles, marine_surface, Autonomous Surface Vessel, marine_surface, autonomous_surface_vessel, marine_surface
Summary
Type: Surface vessel
Core: DataXplorer
Function: Ocean monitoring
Audience: Marine teams
Specifications
- endurance_hours
- Weeks to months of solar-powered operation
- length_m
- 3.6 m length m
- max_speed_knots
- Up to 6 knots kn
- weight_kg
- Approximately 150 kg kg
Operations
- Environment
- offshore, coastal_waters, marine_infrastructure
- Primary user
- Government, science, defence and offshore operators
- Role
- Collect persistent ocean and coastal data
- Interaction model
- remote_operator_control
- Mobility class
- uncrewed_surface_vessel
- Product detail
- marine_surface, official_16x9_ready, Autonomous Surface Vessel, official_field_photo, https://www.openoceanrobotics.com/uncrewed-surface-vehicles, marine_surface, Autonomous Surface Vessel, marine_surface, autonomous_surface_vessel, marine_surface