Naval Vessel Steering Systems Market Size, Share, and Industry Analysis by Mechanism Type (Hydraulic and Electro-Hydraulic), By Steering Gear Types (Ram and Rotary Vane), By Component (Driving Control Systems, Main Electric Motor, Pump, Servo Motor, Control Box, Repeater, Rudder, and Steering Gear), By Ship Type (Large Surface Combatants, Small Surface Combatants, Auxiliary Vessels, Submarines, and Others), and Regional Forecast, 2026-2034

The global naval vessel steering systems market is expanding with technological advancements. The steering system maneuvers naval vessels. It serves as the link between the captain and the vessels, ensuring accurate guidance. The system is the main component for a ship to guide and navigate into the underway systems. The market is driven by government spending to secure the sea passage and sea border amid rising issues related to maritime security and anti-piracy operations along the maritime trade routes. 

Sea transport is the main platform for importing and exporting goods and supplies; every country wants to ensure the safe passage of transportation. This results in the need to strengthen naval vessels by increasing the number of coastal vessels, patrolling vessels, auxiliary vessels, and others. Small malfunctions in steering systems can lead to the loss of a ship and financial loss. 

Naval Vessels Steering Systems Market Driver

Technological Advancements in Naval Steering Systems and Government Contracts for Updating Old Steering Systems with Modern Technology are fueling the Market Growth 

Technological advancements such as electric and electro-hydraulic steering gear systems, which make ships easier to control, are driving the growth of the naval vessel steering systems market. Traditional mechanical gear systems require a high maintenance cost and frequent maintenance, which leads to the use of electric and electro-hydraulic steering systems for naval vessels. 

Additionally, governments worldwide are increasing investment in building naval vessels and ensuring tenders for servicing and maintenance of steering systems, ensuring they are reliable and in good condition. Steering system failure is common due to the cold working temperature and if they are not properly maintained.

For instance, in February 2024, Mercury Marine introduced the Mercury Joystick steering for single-engine vessels. This joystick is compatible with the Mercury Verdo Family of V8, V10, and V12 outboard engines, ranging from 250 to 600hp.

Naval Vessels Steering Systems Market Restraint 

High Initial Costs, Complexity, Maintenance Challenges, and Regulatory Compliance

Naval steering systems can be expensive to design, test, and develop. Additionally, steering systems need advanced technology and complex integration, which can require additional resources for service and maintenance. Sometimes, the crew required further training to operate steering systems. Additionally, the market growth may be limited due to government restrictions, limited space for steering system components, and standards governing steering gear systems. Agencies need to spend more time meeting government regulations and undergo a lengthy documentation process to test and implement the changes.

With the new adaptive and modern technology, the government can provide some support, allowing the market to grow continuously. 

Naval Vessels Steering Systems Market Opportunity

Investments in Innovation and Adaptability Steering Systems Opens New Opportunities

As international trade increases daily and the only main path to secure and navigate through the sea is the sea path, the demand for advanced steering systems that enhance maneuverability, precision, and reliability is increasing. 

Additionally, the market is experiencing new technological advancements, which increase the need for efficient naval operations and naval security. Integration with automated systems and improvements in digital controls are likely to open new routes for development. 

With the use of hybrid systems and increased focus on sustainable naval solutions, companies have the chance to focus on emerging opportunities. Strategic partnerships and research into next-generation steering technologies could further boost their positions in the market. 

Key Insight 

The report covers the following key insights: 

• Latest Technological Advancement and Developments
• Increased Government Investment In Naval Defense Vessels And Maintenance Contracts
• Demand for the Autonomous Integration and Navigation Systems 

Segmentation 

Analysis by Mechanism Type

The naval vessel steering market is transitioning to electrohydraulic systems due to their proven reliability and efficiency. Damen Marine Components understood this trend and secured a contract to supply advanced steering solutions.

Based on mechanism type, the market is divided into hydraulic and electro-hydraulic.

Hydraulic Systems consist of a storage tank, pump, valves, directional control valves, relief valves, and actuators. Their workings are simple, they convert the rotational motion into the linear motion required for turning the ship's rudders. Hydraulic systems are mainly used for large vessels, including U.S. Navy destroyers. 

The electro-hydraulic steering system is dominating the market as it provides reliable, easy-to-operate, lightweight and durable, economical, and convenient-to-maintain and manage systems for vessels. In electro-hydraulic systems, hydraulic pressure is generated by hydraulic pumps driven by electric motors.

Manual-hydraulic steering systems are used in marine vessels that require a maximum rudder torque of 150-200 kg.m and naval vessels that require a rudder torque of more than 200 kg.m.

In April 2024, Damen Marine Components was contracted by Royal Bodewes to provide four steering systems. The systems consist of an electric-hydraulic-driven system that controls the position of the ship’s rudder and propulsion equipment. The delivery is expected within the next two years.

Analysis by Steering Gear Type

Due to proven reliability on large surface combatants the Ram segments dominates the Market.

By steering gear type, the market is divided into ram and rotary vane. 

The ram steering system is commonly used and quite costly to build. It produces a high torque for a given power. The hydraulic oil pressure varies from 100 bars to 175 bars, depending on the size of the rudder and the required torque. Driving factors behind the segment are cost-effectiveness, lower weight, and smaller space requirements.

The rotary vane is used when a pressure range of 60 to 100 bar is needed to generate the necessary torque. This is the main advantage of rotary vane-type steering gear, as it requires lower hydraulic pressure and, as a result, more power to generate the equivalent torque compared to ram-type steering gear. Additionally, this setup offers other advantages, such as reduced installation costs, lower weight, and a smaller space requirement. Due to this factor, the rotary vane type is driving the market growth. 

The need for reliable, cost-effective, temperature-and working environment-adaptable steering gear types and ongoing innovation is fueling market growth in this particular segment. 

Analysis by Component 

Due to High-Criticality Load-Bearing & Safety Requirements, the Steering Gear Segments Dominates the Market.

The market is divided into driving control systems, main electric motors, pumps, servo motors, control boxes, repeaters, rudders, and steering gear based on components.

These components are the important parts of the steering system and failure of one component can cause the steering system to fail. The components are tested for durability and strength. Apart from this, the steering gear segment dominates the market due to the high demand for durable, strengthened components and the ongoing requirement for these components in the market. 

• In January 2021, Damen Marine Components (DMC) was contracted by Chantiers de l’Atlantique to supply rudders and steering gear systems for the future French Navy Logistic Support Ships of the class Jacques Chevallier.
• In July 2024, Spanish shipbuilder Navantia contracted Damen Marine Components (DMC) for a series of rudders and steering gear systems for five vessels that Navantia is constructing for Armada Española, the Spanish Navy. 
• In September 2024, KONGSBERG signed an agreement to sell its steering gear and rudder business to a fund managed by the Nordic private equity firm Norvestor.

Analysis by Ship Type

Government bodies' new orders for naval vessels and the upgrading of old naval vessel steering systems with new technology are fueling the market growth. 

Based on ship type, the market is fragmented into large surface combatants, small surface combatants, auxiliary vessels, submarines, and others.

The types of vessels that fall under large surface combatants are aircraft carriers, helicopter carriers, destroyers, minesweeper vessels, and mine countermeasures vessels; under small surface combatants are cruisers, frigates, corvettes, patrol vessels & ships, submarines, auxiliary vessels, replenishment ships, fuel tanker ships; and others (submarine recovery and salvage vessels, research vessels, landing craft, pontoons, barges, and hydrofoils).

For instance, in July 2023, Damen Marine Components was awarded a contract by Wärtsilä to supply energy-efficient steering equipment for two Landing Platform Docks (LPDs) being built for the Chilean Navy at the ASMAR shipyard.

Regional Analysis

Asia Pacific is currently dominating the market, with China with the largest fleet size (700+) globally followed by Russia (500+) and South Korea (500+). 

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Based on region, the market has been studied across North America, Europe, Asia Pacific, and the rest of the world. 

China’s Association of the National Shipbuilding Industry (CANSI) reported that its yards had received nearly 75% of the overall orders placed in 2024, or 87.11 million DWT. The report said the volume is up nearly 52% over 2023 as China continues to grow its shipbuilding output. They calculated that the Chinese enterprise now accounts for 61.4% of the global new shipbuilding orders or a total of 193.3 million DWT.

North America has shown great market growth for naval vessel steering systems. The requirement for reliable, durable, and advanced systems drives this region's market. Additionally, U.S. spending on the defense sector is increasing, which indirectly affects the market growth of naval vessel steering systems. For instance, in August 2024, according to the Congressional Research Service, the Navy's proposed budget requests USD 102 million in research and development funding for the program.

The Department of the Navy's (DON) FY 2024 President's Budget (PB24) request is USD 255.8 billion, which is an increase of USD 11.1 billion or 4.5% from the FY 2023 enacted budget. According to the Naval Vessel Register and published reports, the U.S. Navy currently has approximately 470 ships in active service and the reserve fleet. Around 50 of these are set to retire by 2028, while roughly 90 new ships are in the planning, ordering, or construction stages. This ship continuously requires maintenance and quality checks for steering systems, which is another reason fueling the market growth. 

Key Players

• Becker Marine Systems GmbH (Germany)
• Fincantieri S.p.A. (Italy)
• Damen Marine Components (Poland)
• Brunswick Corporation (U.S.)
• Lloyds Engineering Works Ltd (India)
• Mitsui O.S.K. Lines (Japan)
• Kongsberg Gruppen (Norway)
• Kobelt Manufacturing Co. Ltd. (Canada)
• Jastram Engineering Ltd. (Canada)
• Larsen & Turbo Ltd. (India)

Key Industry Developments 

• In September 2024, Becker Marine Systems unveiled two new products at SMM aimed at optimizing vessel hydrodynamic performance with the Wind Assist Steering Technology: the Becker Daggerboard and the Becker Steering Gear.
• In August 2023, Canada awarded Irving Shipbuilding Inc., a contract worth USD 56-60 billion for the CSC project's infrastructure, which includes the design and construction of 15 vessels. The first vessel delivery is expected in the early 2030s.
• In October 2020, Fincantieri signed a MoU with Cochin Shipyard Limited (CSL), the leading shipbuilder in India.
• In December 2018, Rolls-Royce demonstrated a fully autonomous passenger ferry in Finland. It announced a partnership with Intel to bring self-guided cargo ships to the seas by 2025.