Looking for Wind Farm Support Vessels? Here Are 5 Industry Standards You Can’t Ignore
As the global transition toward renewable energy accelerates, the demand for high-performance Wind Farm Support Vessels (WFSV) and Crew Transfer Vessels (CTV) has reached an all-time high. For maritime operators, choosing the right vessel is no longer just a procurement decision: it is a strategic investment in safety, efficiency, and long-term sustainability.
The offshore wind industry is one of the most demanding environments on the planet. To succeed, operators require vessels that can withstand punishing sea states while delivering personnel and equipment with surgical precision. At Arabian Marine Company, we have spent over 20 years perfecting the art of marine manufacturing, bringing world-class European engineering standards to the heart of the Middle East. From our state-of-the-art facility in Ras Al Khaimah, we craft the next generation of aluminium workboats designed to lead the charge toward a greener maritime future.
When evaluating your next fleet expansion, these are the five industry standards that simply cannot be ignored.
1. Material Integrity: The Superiority of Marine-Grade Aluminium
In the offshore wind sector, the choice of hull material is the foundation of operational success. While steel has its place in larger offshore structures, marine-grade aluminium is the undisputed gold standard for wind farm support and crew transfer.
As leading aluminium boat manufacturers, we emphasize the material’s high strength-to-weight ratio. An aluminium hull is significantly lighter than steel, allowing for higher speeds and lower fuel consumption without compromising structural integrity. This weight advantage also means a shallower draft, providing greater versatility in coastal regions and varied port conditions.
Furthermore, the natural corrosion resistance of high-grade aluminium reduces the need for aggressive chemical treatments and frequent repainting, lowering the total cost of ownership. Our vessels are engineered to endure the harsh, saline environments of the Arabian Gulf and beyond, ensuring a lifespan that matches the 20-to-25-year cycle of a typical offshore wind farm project.

2. Uncompromising Safety and Compliance (HSC & IP Codes)
Safety is not an option; it is a prerequisite. Any vessel engaged in the transport of technicians to offshore turbines must adhere to a rigorous framework of international standards. At Arabian Marine Company, our builds are aligned with the most stringent classification requirements, including:
• IMO High-Speed Craft (HSC) Code: Essential for vessels operating at high velocities, ensuring subdivision and damage stability are optimized for rapid response and crew safety.
• The International IP Code: As of July 2024, the International Code of Safety for Ships Carrying Industrial Personnel (IP Code) has become a critical benchmark. It governs the safe carriage of workers who are not members of the crew but are essential to offshore operations.
• ISO 29400:2015: This series of standards focuses specifically on the reliability of operations supporting offshore wind, covering everything from personnel transfer systems to work and living
conditions.
By integrating these standards into our design phase, we ensure that every crew transfer vessel leaving our shipyard is ready for immediate deployment in any regulated water worldwide.
3. Fuel Efficiency and the Path to Marine Net Zero
The wind energy sector is built on the premise of sustainability, and it is only logical that the vessels supporting it reflect those values. The industry is moving rapidly toward Marine Net Zero, and vessel efficiency is the primary lever for reaching this goal.
Our commitment to digital transformation in naval architecture allows us to utilize computational fluid dynamics (CFD) to optimize hull shapes for minimal drag. When combined with the lightweight nature of aluminium, these designs significantly reduce carbon emissions per passenger-mile.
Furthermore, Arabian Marine Company is at the forefront of “hybrid-ready” designs. We provide the structural and electrical foundations necessary for operators to transition to hybrid or fully electric propulsion systems as battery technology continues to evolve. This future-proofing ensures that your fleet remains compliant with tightening environmental regulations for decades to come.

4. Technical Innovation and Custom Manufacturing
No two offshore wind farms are identical. Differences in distance from shore, sea-state characteristics, and turbine heights require bespoke vessel solutions. One of the hallmarks of Arabian Marine Company is our ability to deliver custom manufacturing that addresses specific operational hurdles.
We have achieved several “World Firsts” in vessel design by merging European technical expertise with the agility of our Ras Al Khaimah production lines. Whether it’s specialized bow-fendering systems for more stable turbine docking or advanced motion-compensated gangways for safer transfers, our engineering team works in close collaboration with clients to push the boundaries of what is possible.
Innovation also extends to the bridge. We integrate state-of-the-art navigation and communication suites, ensuring that vessel masters have total situational awareness, which is critical when navigating the dense arrays of a modern wind farm.

5. Maintenance, Longevity, and Operational Readiness
The true test of a Wind Farm Support Vessel isn’t its first day at sea: it’s its thousandth. High-intensity O&M (Operations & Maintenance) schedules leave little room for unplanned downtime. If a vessel is out of service, turbines are not being maintained, and revenue is lost.
This is where our expertise in marine repair and refit becomes a competitive advantage for our clients. Because we understand how these vessels are built from the keel up, we design them for “ease of maintenance.” Every critical system is accessible, and every component is chosen for its global availability and proven reliability.
Our Ras Al Khaimah facility serves as a regional hub for lifecycle support, offering comprehensive servicing that ensures your fleet stays operational in the most demanding conditions. We don’t just build boats; we provide the technical infrastructure to keep them performing at peak efficiency throughout their entire service life.

Why Arabian Marine Company?
Choosing a vessel partner in the aluminium market requires a blend of trust, technical capability, and regional presence. With over two decades of experience, Arabian Marine Company has established itself as the premier choice for government agencies, maritime authorities, and private energy firms.
Our 20,000+ square meter facility in Ras Al Khaimah is more than just a shipyard; it is a center of excellence where European standards meet Middle Eastern ambition. We take pride in our ability to deliver vessels that are not only groundbreaking in their design but also robust enough to handle the unique challenges of the regional climate and sea conditions.
Ready to elevate your offshore operations?
The future of offshore wind in the Middle East is bright, and the right fleet is the key to unlocking its potential. Whether you are looking for a single high-speed CTV or a comprehensive fleet of wind farm support vessels, Arabian Marine Company has the expertise and the facility to deliver.
Contact us today to discuss your technical specifications and discover how our commitment to excellence can drive your maritime success.
About Arabian Marine Company
Arabian Marine Company is a top-tier marine manufacturer based in Ras Al Khaimah, UAE. Specializing in high-speed aluminium vessels, the company combines 20 years of industry experience with innovative European engineering standards. From patrol boats and landing craft to specialized wind farm support vessels, Arabian Marine Company is dedicated to safety, durability, and the advancement of the maritime industry.
Contact Information:
• Website: https://arabianmarine.com
• Location: Ras Al Khaimah, United Arab Emirates
• Specialization: Marine Manufacturing, Shipbuilding, Refit & Repair

