Marine Robotics Solutions for Shipyards, Vessels, Yacht Clubs and Marinas
Valencia, Spain
MarineBotics explores the next generation of marine robotics designed for shipyards and vessel maintenance operations.
Our robotics concepts focus on autonomous hull cleaning, robotic blasting, surface preparation, welding, inspection and shipyard automation.
These advanced robotic systems could transform how vessels are maintained, repaired and inspected in modern shipyards.
Shipyard Robotics Systems
Vessel Maintenance Robotics
Marine Inspection Robotics
Automation robots for shipyards including hull cleaning, blasting, welding and surface preparation of vessels.
Robotic systems designed to perform hull cleaning, polishing, blasting and maintenance operations on vessels and yachts.
Autonomous inspection robots for vessels, shipyards, and offshore structures using cameras, sensors, and AI analysis.
20+
Years in marine industry
Global
Shipyard & Maritime Market
Starup
Innovation in Marine Robotics
What is Marine Robotics?
MarineBotics develops robotic systems for shipyards and maritime maintenance operations.
Our robots are designed to automate demanding shipyard tasks, including hull cleaning, blasting, painting, welding, and inspection.
Robotic ship maintenance significantly reduces operational costs, improves safety, and increases efficiency in shipyards.
Typical applications include:
robotic hull cleaning
hull blasting and painting robots
robotic welding for ship structures
marine inspection robot
shipyard automation systems
1
Engineering Design
2
Autonomous Operation
3
Precision & Performance
4
Safer Shipyard Operations
MarineBotics Technology Process
Our robotic systems will be designed specifically for maritime environments.
Each robot integrates advanced locomotion, corrosion-resistant materials, and intelligent control systems, making it suitable for shipyards and offshore structures.
MarineBotics robots perform complex tasks such as hull cleaning, surface preparation and inspection with minimal human intervention, improving safety and operational efficiency.
Equipped with sensors, cameras and control algorithms, our robots deliver consistent results in blasting, welding, inspection and maintenance operations.
By automating hazardous and repetitive tasks, MarineBotics robots reduce worker exposure to dangerous environments while increasing productivity and reliability.
Founder & Marine Robotics Visionary
Naval Architect & Marine Engineer, Marine Surveyor, Yacht Captain, Marine Project Manager, with 20+ years of experience in naval architecture and marine engineering, vessel inspections, and marine technical repairs, maintenance, yachts, and shipyard operations.
After decades of working directly on ships, yachts, and in shipyards and with owners and captains, Carlos founded MarineBotics to develop robotic systems capable of automating hazardous and repetitive marine tasks, including shipyard hoisting and lifing, docking, hull cleaning, blasting, welding, and marine inspection.
His mission is to bring advanced robotics into the global shipyard industry.
CARLOS MONTAMARTA
01
Operational Assessment
02
Robotic System Design
03
Prototype & Testing
04
Deployment & Automation
HOW HOW WE WORK WITH SHIPYARDS
We analyse shipyard operations and identify repetitive, hazardous or labour-intensive tasks that can be automated using robotic systems.
Typical applications include hull cleaning, surface preparation, welding and ship inspection.
Our engineering team designs robotic solutions adapted to maritime environments, integrating sensors, locomotion systems and intelligent control software.
Each robot is engineered to operate safely in shipyards and offshore facilities.
Robotic platforms are tested in controlled environments to validate mobility, tool performance, and operational safety before deployment.
MarineBotics robots are deployed to shipyards and maritime facilities to automate maintenance operations, improving productivity and reducing operational risks.
From concept to robotic deployment
Robotic Hull Descaling
Robotic Ship Cleaning
Robotic Hull Blasting
MARINE ROBOTIC APPLICATIONS
Robotic removal of barnacles, algae, and marine growth from ship hulls.
The system uses controlled mechanical tools to clean surfaces without damaging coatings, improving vessel efficiency and reducing fuel consumption.
Autonomous robotic systems equipped with high-pressure water tools designed for surface preparation and maintenance cleaning on vessels in shipyards or drydock.
Robots equipped with blasting tools to remove corrosion, old coatings and contaminants from steel hulls and structures prior to painting operations.
Automation for shipyards, ports and yacht maintenance
Task no.1
Task no.2
Task no.3
Task no.5
Robotic Hull Painting
Automated painting systems designed for large maritime surfaces, ensuring consistent coating thickness and reduced material waste.
Task no.4
Robotic Surface Polishing
Precision robotic polishing systems used in yacht refit operations to restore gloss and finish on high-value vessel surfaces.
Task no.6
Robotic Deck Cleaning
WHY SHIPYARDS NEED ROBOTICS
The future of maritime maintenance
Shipyard operations involve repetitive, hazardous, and labour-intensive tasks such as hull cleaning, blasting, painting, and structural inspection.
MarineBotics develops robotic solutions designed to automate these operations, improving safety, efficiency, and productivity across maritime industries.
Our robotic platforms are designed to operate in demanding environments, including shipyards, dry docks, offshore platforms, and yacht refit facilities.
Key Benefits of Marine Robotics
Robots perform hazardous tasks such as blasting, hull cleaning, and confined-space inspections, reducing risks to workers.
Increased Safety
Higher Efficiency
Automated systems can operate with consistent precision and reduced downtime compared to manual operations.
Sustainable Operations
Robotics reduces labour requirements, maintenance delays, and operational interruptions.
Lower Operational Costs
Robotic cleaning and maintenance systems reduce chemical use, emissions and environmental impact.
FREQUENTLY ASKED QUESTIONS
What tasks will MarineBotics robots perform?
MarineBotics robots will automate a wide range of maritime maintenance tasks, including hull cleaning, surface preparation, blasting, painting, polishing, and underwater inspection.
These robotic systems will operate in shipyards, dry docks and yacht refit facilities.
Will MarineBotics robots be designed for shipyards?
Yes. MarineBotics robotic platforms will be engineered specifically for maritime environments such as shipyards, ports, offshore platforms and naval maintenance facilities.
They will be designed to operate safely around vessels and industrial equipment.
What types of vessels will MarineBotics robots service?
MarineBotics robotic systems will be able to operate on multiple vessel types, including:
Superyachts
Commercial ships
Fishing vessels
Offshore vessels
Naval ships
What advantages will robotic ship maintenance provide?
Robotic systems will improve safety and operational efficiency in shipyards by reducing manual labour, limiting worker exposure to hazardous environments and ensuring consistent maintenance quality.
Will MarineBotics robots support sustainable shipyard operations?
es. MarineBotics robotic systems will be designed to reduce water consumption, chemical use, and environmental impact during vessel maintenance operations.
Let's bring our vision to reality — together.
Ready to create something extraordinary? We are available for projects worldwide.
MarineBotics will develop advanced robotics solutions for shipyards, ships, offshore platforms, marinas, yacht refit facilities and regattas worldwide.
Quick Links
Connect
info@marinebotics.com
© 2026 MARINEBOTICS . All rights reserved.