Reduce fuel consumption
9–17%lower hull resistance reduces fuel costs from ~$400,000 to $4,000,000 / yr
The CRABI system is a fully autonomous marine robotic platform designed to conduct in-transit cleaning & inspection of marine vessels, removing biofouling. Based on technology spun out of MIT, by cleaning and measuring hulls continuously, CRABI guarantees optimum fuel efficiency for your fleet with no off-hire time or extended port stays.
Deck-mounted launch and recovery unit that docks CRABI on board.
Deck-mounted launch and recovery unit that docks CRABI on board.
Active permanent magnet control, capable on any geometry.
Wing surfaces turn flow into attraction force as speed rises, up to 24 knots.
Waterjets clean without touching the surface or its paint. Future systems will paint, weld, and repair.
lower hull resistance reduces fuel costs from ~$400,000 to $4,000,000 / yr
Reduces CO₂ emissions by up to 2,000 to 20,000 tons/year
Take CII rating from a D or an E to a C, save >$250,000 in ETS allowances
Fuel, dock and compliance value of grooming every 10–14 days, against your current practice. Open the full model to set your own vessel, speed, fuel burn, bunker price and docking cycle.
Open the full modelModel outputs on literature-calibrated inputs, not measured returns.
High-frequency grooming saves fuel
Minimizes vessel downtime compared to existing cleaning methods
No complex cleaning logistics or scheduling like port-specific cleaning
Gentle grooming avoids damage from abrasive traditional cleaning technologies
Reduces Greenhouse gas emissions
Automatic hull inspection reports
Access to invasive species controlled harbors
Enables IMO CII regulation compliance