Revolutionizing Maritime Maintenance
Decarbonizing Offshore Emissions using Intelligent Robotics
Revolutionizing Maritime Maintenance
Decarbonizing Offshore Emissions using Intelligent Robotics
Decarbonizing Offshore Emissions using Intelligent Robotics
Decarbonizing Offshore Emissions using Intelligent Robotics
We are building an AI-enabled underwater robotic system that autonomously cleans and maintains ship propellers, reducing vessel downtime, reducing up to 15% in fuel consumption, decreasing carbon emissions, and saving up to $200k per year for ship operators.
Fuel Savings
Maintenance Cost Reduction
Dexterous Robotic Arms
Our system features two precision robotic arms equipped with specialized tools for efficient rust removal and biofouling cleaning without damaging the propeller surface.
Advanced deep learning models identify rust and biofouling patterns with exceptional accuracy, ensuring thorough cleaning of all affected areas.
Sensor fusion combining visual, sonar, and IMU data enables precise positioning and navigation in challenging underwater environments.
At Stellamatics, we are building an underwater robotic system with two dexterous arms, advanced sensor fusion, and deep learning capabilities that autonomously cleans and maintains ship propellers by removing rust and biofouling.
In 5 years, we aim to be the industry leader in autonomous and sustainable maritime maintenance, significantly reducing vessel downtime, cutting fuel consumption by up to 15%, and considerably lowering maintenance costs.
We envision our system being integrated into fleets worldwide, making the shipping industry greener and more efficient by reducing the need for manual cleaning operations that typically cost between $50,000 and $200,000 per session.
LinkedIn: www.linkedin.com/company/stellamatics
Email: nitish@stellamatics.com
We'll personally reach out to you as soon as possible!
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