Our low-cost, modular hardware and application-agnostic platform architecture can solve some of the ocean’s biggest problems.
Our underwater vision system enables precise localisation and navigation around all submerged structures.
Our pod is internet-enabled and autonomously deploys and retracts the bot for unattended operations over days, weeks, months and years.
Our technology is actively being trialled across a number of applications. Our integrated robotic system is capable of underwater inspections, mapping and advanced interactions like early-stage biofouling removal.
Inspections with our technology provide the safest, most accurate and repeatable analysis of your asset’s condition. With Hullbot these inspections can be more regular, cost-effective and faster.
Point cloud view of a propeller and rudder.
Generated mesh of a boat hull.
Point cloud view of a bow thruster housing.
Mapping marine environments is essential for marine construction, conservation and research, enabling reliable invasive species analysis and environmental impact assessments.
3D mesh of an urchin barren to monitor changes in temperate marine ecosystems.
A sea floor topography mesh.
Our platform can interact in a range of ways with underwater assets. From cleaning hulls to other marine interventions, we’re developing an array of attachments to do more things underwater.
A Hullbot unit cleaning with our patented cleaning heads.
A Hullbot unit equipped with an urchin management attachment.