01 AUTONOMOUS HULL CARE

Underwater robots for continuous hull care.

Basilisk uses underwater robots to keep your boat's hull clean and inspected—so you can spend less time managing maintenance and more time on the water.

Prototype systems in field validation. Pilot conversations open.

BR / SYSTEM 01 FIELD VALIDATION
Dockside robotic hull-maintenance systemA base station on a dock broadcasts maintenance data and communicates with an underwater robot while the robot services a boat hull.BASE STATIONCLIENT BOATROBOT SERVICING HULLMAINTENANCE DATA
INSPECTPLANCLEANRECORD

02 THE PROBLEM

Biofouling creates costs above and below the waterline.

Marine growth begins accumulating whenever a hull sits in the water. Left unmanaged, that layer changes how a vessel moves, how often it needs service, and what it may carry between waterways.

UNDERWAY / HULL PERFORMANCEA CLEANER HULL HELPS REDUCE DRAG
01 / OWNERS

More drag. More upkeep.

A fouled hull creates resistance through the water. That can mean higher fuel or energy use, reduced speed and range, and more frequent cleaning or haul-out decisions for owners and operators.

02 / ENVIRONMENT

Local growth can travel.

Hull fouling can carry organisms from one marina or waterway to another. Increased drag also raises the energy required to move a vessel, adding avoidable fuel use and emissions.

The maintenance gap

Cleaning and inspection are still largely manual, inconsistent, and difficult to document. Basilisk is building the robotic layer for scheduled, measurable, and increasingly autonomous hull care.

03 OUR SOLUTION

A simpler way to care for your hull.

Basilisk checks the hull, cleans the areas that need attention, and keeps a record of the work—all without turning routine maintenance into a major event.

Hull service processThe active view shows the robot inspecting, planning, cleaning, or recording work on a boat hull.SERVICE RECORD / VESSEL 0037COMPLETECOVERAGE94.2%HULL FLAGS03VISITS07SERVICE TIME1:47HULL CONDITION / 6 MONTHSRECENT FINDINGSPAINT WEARCORROSIONSMALL DENTNEXT CHECK3 WEEKS
ACTIVE PROCESSInspect
01

Inspect

Examine the hull for buildup, structural damage such as cracks, holes, and dents, as well as paint damage and signs of corrosion.

02

Plan

Choose the areas to clean and plan an efficient route around the hull so the robot can work methodically and avoid missed sections.

03

Clean

Designed for both metal and fiberglass boats, the robot attaches securely to the hull being serviced and removes buildup with controlled passes.

04

Record

Save cleaning coverage, images, notes, and areas of concern to build a useful history for future maintenance decisions.

04 SERVICE RECORDS

Stay ahead of maintenance.

VESSEL / 0037RUN COMPLETE
Hull cleaning coverageA vessel hull silhouette with turquoise regions showing areas covered during cleaning.94%
COVERAGE94.2%
PASS TIME01:47:22
FLAGS03

After each visit, you can see what was cleaned, what changed, and whether any areas may need more attention.

Over time, that history makes it easier to understand your hull's condition and plan maintenance with fewer surprises.

05 LAUNCH PATH

Reliable hull care, with a person in the loop.

Our first systems are designed to work from the dock with trained supervision, giving boat owners a controlled and practical way to care for their hulls.

01

Underwater cleaning

The robot handles the hard work below the waterline and captures a closer look at your hull.

02

Dockside support

Power and human oversight stay close at hand throughout the visit.

03

Service history

See what was covered and keep a useful record for future maintenance.

06 ABOUT BASILISK

Marine robotics, built in Pittsburgh.

Basilisk Robotics is a Pittsburgh-based marine robotics company founded by a team of dedicated engineers. We're developing field-tested systems for one of the maritime industry's dirtiest recurring maintenance jobs.

Work with us

07 PILOT PARTNERS

Bring repeatable hull care to the waterline.

If you manage vessels, operate a marina, maintain a fleet, or build hard things underwater, we want to talk.