Global Automated Mooring Systems Market Size By Type (Vaccum Mooring and Magnetic Mooring), By Anchor Type (Vertical Loaded Anchors, Drag Embedment Anchors), By Application (Tension Leg Platform (TLP), Floating Liquefied Natural Gas (FLNG)), By Mooring Type (Spread Mooring, Single Point Mooring), By Geographic Scope And Forecast

Automated Mooring Systems Market Size And Forecast

Automated Mooring Systems Market size was valued at USD 1.41 Billion in 2024  and is projected to reach USD 1.86 Billion by 2031, growing at a CAGR of 3.86% from 2024 to 2031.

The changing preference for using technologically advanced systems to boost drilling capacity in both deep and ultra-deep glasses of water is likely to fuel the decision for an automated mooring system. The Global Automated Mooring Systems Market report provides a holistic evaluation of the market. The report offers a comprehensive analysis of key segments, trends, drivers, restraints, competitive landscape, and factors that are playing a substantial role in the market.

Global Automated Mooring Systems Market Definition

An automated mooring system is a vacuum-based automatic technology that allows a vessel to be moored without a rope. The technology enhances operational efficiency, improves safety, and enables ports to save on infrastructure by reducing the need to increase the berth capacity. An automated mooring system reduces carbon dioxide emissions, fuel consumption, and docking time. It also eliminates the non-productive berth space in-between ships and at the end of the quay.

Think of automation as a real game-changer for the marine industry! Getting on board with automation is now super important if we want to see our ports and overall operations grow and keep growing. Take the automated lashing system, for instance – it cuts down on equipment handling, meaning we don't need as much manpower. Plus, these automated mooring systems? You can control them remotely with a radio, whether you're on shore or on the ship. What's even cooler is that automated mooring gets rid of those wasted docking spots at the end of docks and in between vessels. By using automation, we can transmit products in more diverse weather and docking situations, use fewer resources and less space, boost safety, moor ships faster, and even lower infrastructure costs to fit in more ships!

The automated mooring system reduces fuel consumption, CO2 emissions, and docking time. The catenary automatic mooring system is mainly employed in shallow water. The single-point automated tie-down system is widely employed for floating production storage and offloading applications. The FPSO is estimated to have the largest share of the worldwide market for automated mooring systems. However, the tension leg platform is likely to experience significant expansion during the foreseen period. The dynamic positioning automated mooring system is in its introduction phase and is employed in semi-submersible and FPSO applications.

Global Automated Mooring Systems Market Overview

The market suggests automated lashing systems are becoming much more popular as we all demand safer and more efficient operations. It seems the shift towards high-tech systems to improve drilling in deep and ultra-deep waters will likely drive the decision to use automated mooring systems. These systems offer better cargo handling, quicker turnaround times (meaning less time in port!), and more efficient use of terminals. Using them can make mooring faster and more reliable by automating those routine tasks that might otherwise be overlooked. Across the modern marine industry, there's a strong belief that automatic systems lead to greater efficiency and save both time and money. The growth in marine vessel fleets makes it necessary to use hybrid mooring models, combining human oversight with marine automation. And as companies continue to embrace digital transformation and automation, automated mooring systems might just become the most sought-after technology of all. It's all about working smarter, not harder!

Mooring systems? They're a bigger deal than you might think! For ocean renewable energy converters and offshore wind turbines, they eat up a surprising chunk of the LCOE. In fact, those moorings can gobble up 20–30% of the entire construction budget for wave energy converters! And get thisas we plant offshore wind turbines in deeper waters to grab those stronger, steadier winds (and keep them less of an eyesore), the mooring system costs skyrocket. They've got to be tough enough to handle the ocean's fury, after all. So, this high mooring cost? It's really holding back the widespread adoption of renewable energy converters. Cutting these costs down to something more reasonable is key, but we still need designs that can handle the job. Now, when it comes to figuring out the best mooring setup, using an optimization method in the early design stages – like in the frequency domain – has shown to be a powerful way to nail that sweet spot.

The growth of the vessel mooring system market is highly augmented by the development of vessels such as floating, production, fluidized liquid natural gas (FLNG) and floating, drilling, production, and storage and offloading (FDPSO), and others. The automated mooring system market is fuelled by three important factors notably rising subsea exploration, drilling, and production activities, and a surge in global energy demands. Due to the growing energy demand, subsea exploration and production are on the rise globally which in turn increases the demand for automated mooring systems.

Global Automated Mooring Systems MarketSegmentation Analysis

The Global Automated Mooring Systems Market is segmented on the basis of Type, Anchor Type, Application, Mooring Type, and Geography.

Automated Mooring Systems Market, By Type

• Vaccum Mooring• Magnetic Mooring

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Okay, so when we look at the market, it's basically split into two typesVacuum Mooring and Magnetic Mooring. Right now, Vacuum Mooring is the big player, grabbing the largest market share back in 2021, and we're expecting it to keep growing at a steady pace of about 4.23% each year. Think about it – this automated system uses vacuum power, so ships can dock without any ropes! That technology not only makes things run smoother and safer, but it can also save ports money because they don't need to build bigger docks. Because it's so good at boosting productivity and keeping things safe, vacuum mooring is a really popular choice. It gets rid of those pesky mooring lines and makes docking a breeze by using both hydraulics and vacuum tech. Now, Magnetic Lashing is still pretty new, but because it can really cut down on accidents and make things safer overall, experts are predicting it'll take off in a big way in the coming years.

Automated Mooring Systems Market, By Anchor Type

• Vertical Loaded Anchors• Drag Embedment Anchors• Suction Anchors• Others

When we look at the Global Automated Mooring Systems Market, we can break it down by the type of anchor used. That gives us categories like Vertical Loaded Anchors, Drag Embedment Anchors, Suction Anchors, and Others. Right now, the Vertical Loaded Anchors are the most popular choice, and we expect them to keep growing, possibly seeing an annual increase of 3.59%! Think of special anchors, like the VLA, as vital, modern parts of how we moor platforms. The cool thing about VLA anchors is their strength - they can handle really big pulling forces better than older anchor designs. You can see how a VLA gets put in place, tested (like a pull-out test), how the ropes are arranged, and how it digs into the seabed in this diagram, showing how we can use shorter cables. The result? We're "cleaning up" the look of offshore platforms by using shorter mooring lines and needing a much smaller area for anchoring.

Automated Mooring Systems Market, By Application

• Floating Production Storage• Tension Leg Platform (TLP)• Floating Liquefied Natural Gas (FLNG)• Semi-Submersible, SPAR• Others

When we look at how Automated Mooring Systems are used, the market breaks down into areas like FPSO, TLP, FLNG, Semi-Submersibles, SPARs, and, well, everything else. Right now, the Floating Production Storage & Offloading (FPSO) segment is the big player, holding the largest chunk of the market. And get this, it's expected to keep growing like crazy, with a predicted CAGR of 4.12% over the next few years! So, what's an FPSO? Think of it as a floating platform – it handles processing and storage of oil and gas right out at sea. They're super common in the offshore industry and have become a go-to method for getting the job done. Basically, it's a floating vessel designed to move around and handle production and storage. Oil and gas companies are the main users, leasing these vessels equipped with all the gear needed to separate, store, and pump out oil and gas from underwater wells and platforms. Once the oil and gas are ready, they're safely held onboard until they can be transferred to a tanker or pipeline and shipped back to land.

Automated Mooring Systems Market, By Mooring Type

• Spread Mooring• Single Point Mooring• Catenary Mooring• Dynamic Positioning• Taut Leg• Others

Based on Mooring Type, the Global Automated Mooring Systems Market has been segmented into Spread Mooring, Single Point Mooring, Catenary Mooring, Dynamic Positioning, Taut Leg, and Others. The Spread Mooring segment is accounted for the largest market share and is projected to grow at the highest CAGR of 4.08% during the forecast period. The spread mooring system consists of multiple groups of mooring lines attached to the bow and stern of the vessel in a symmetrical pattern. The system maintains the vessel or floating offshore structure in a predetermined position at sea while maintaining a stable heading. Spread mooring systems can be used in any water depth and on any size vessel in applications that need a long service life. Spread mooring systems are most typically utilized in unidirectional conditions on floating offshore structures that are unaffected by the direction of environmental loads.

Automated Mooring Systems Market, By Geography

• North America• Europe• Asia Pacific• Latin America• Middle East and Africa

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Based on regional analysis, the Global Automated Mooring Systems Market is classified into North America, Europe, Asia Pacific, Latin America and Middle East and Africa. Asia Pacific accounted for the largest market share and is projected to grow at a CAGR of 4.86% during the forecast period. A passenger port in China has developed a unique long-distance line deployment method with aquatic robots. Zhuhai Jiuzhou Port had previously completed a series of typhoon-proof reinforcing projects for its floating barges. The crew used a small self-powered jet pump known as Dolphin 1 to transfer a traction rope tied to the mooring line to the opposite shore, which was 230 meters away. Staff used a forklift to drag the mooring line ashore and tighten it to the pile after transporting the traction rope to the opposite bank. The typhoon season in Zhuhai runs from June to August every year. Only one side of the floating barge is fixed to the pier in Jiuzhou’s passenger port. When a typhoon hits, the massive wind and waves will violently flip the other side, posing safety concerns. Dolphin 1 is a single-person-operated remote-controlled self-propelled water surface vehicle. Users can get started quickly with a little help. It has a huge load capacity of 150 kilograms and a remote-control range of 500 meters, allowing it to be utilized not only as a swift rescue device but also to solve most lightweight water transportation chores, lowering staff and operating expenses while increasing operational efficiency.

Key Players

The “Global Automated Mooring Systems Market” study report will provide a valuable insight with an emphasis on the global market including some of the major players such as Lamprell Plc, SBM Offshore, MODEC, Macgregor (Cargotec), Cavotec SA, Delmar systems, Trelleborg Marine, C-Quip Limited, Mampaey Offshore, Offspring International, and others. 

The competitive landscape section also includes key development strategies, market share, and market ranking analysis of the above-mentioned players globally.

Key Developments

• In December 2021, Trelleborg’s maritime and infrastructure division has launched a new interactive experience and film to highlight DynaMoor, a safety-focused intelligent mooring solution that enables safer, more efficient, and long-term berthing and product transfer.

• In July 2019, TTS Group ASA’s maritime and offshore divisions have been acquired by Cargotec’s Macgregor business unit.• Cargotec stated in February 2018 that it has reached an agreement to acquire the firms for about EUR 87 million.

Report Scope