Hydraulic Motors Market Size - By Product Type, By Speed, By Application Growth Forecast, 2026 – 2035

Hydraulic Motors Market Size

The hydraulic motors market was estimated at USD 13.3 billion in 2025. The market is expected to grow from USD 13.9 billion in 2026 to USD 25.4 billion in 2035, at a CAGR of 6.9% according to latest report published by Global Market Insights Inc.
 

Growing construction, agriculture, and mining industries at a global level have a major impact on the hydraulic motors market. The continued influx of government spending to support new transportation systems and housing projects to support the public will create additional demand for construction-related equipment such as excavators, loaders, cranes and road making equipment. All these machines require hydraulic motors for high torque and reliability when working in harsh conditions. Additionally, the mining industry has been the primary driver for growth in hydraulic motors as they continue to employ hydraulic-driven equipment for the purposes of drilling, transportation, crushing and handling of minerals, which also adds to the consumption of hydraulic motors. Finally, the evolution of agricultural mechanization, which is occurring in most developing nations, and the growing use of hydraulic-powered equipment in this segment is also furthering growth within the hydraulic motors industry.
 

The increasing trend of large-scale/high-efficiency machinery being used in all three sectors of the economy, i.e. construction, mining, and agriculture, will help drive growth opportunity. For example, many construction and mining firms are embracing hydraulic motors to power their equipment and achieve maximum performance under very heavy continuous loads while providing excellent precision control. Moreover, many agricultural companies are moving towards hydraulic systems to achieve improved production and decreased dependence on human labor, in addition to higher levels of reliability. As food, energy, and infrastructure needs continue to grow globally, so too will the demand for hydraulic-powered heavy machines creating a strong market for hydraulic motors over time.
 

The adoption of hydraulic motors has been significantly boosted by industrial automation, particularly in industries that have high requirements of power density, accurate motion and durability. More manufacturing operations are using automated machines such as presses, molds and conveyor systems, so manufacturers are finding it’s more efficient and effective to use hydraulic motors since they provide high amounts of power and durability over the long term. In addition, as industries try to increase their output and reduce downtime through modern methods of operating their equipment, hydraulic motors are now regularly paired with programmable and electronic components to enhance responsiveness and energy efficiency.
 

With the emergence of Industry 4.0, additional opportunities created through smart hydraulic systems have expanded. The advancement of hydraulic motor technology now provides an option to integrate sensors, pressure monitoring systems, and predictive algorithms to provide intelligent operation within connected factories. Through the addition of this digital layer to hydraulic motors, more efficient and reliable hydraulic motors are created through improved functionality, reduced downtime, and lower operating costs, which are essential outcomes of Industry 4.0 transformation. Industries such as automotive manufacturing, logistics, steel production, and heavy fabrication now have increasing demands for high-precision and synchronized movement capabilities within systems, thus establishing the need for cutting-edge hydraulic solutions.
 

Hydraulic Motors Market Trends

The hydraulic motor industry is continuing to evolve at a steady rate as there are an increasing number of industries that require high-efficiency motion-control solutions, advanced automation capabilities, and greater operational reliability. Although traditional applications for hydraulic motors in construction, agriculture and the mining industries will be the backbone of the hydraulic motor industry for the foreseeable future, emerging trends of digitalization, sustainability, and hybrid system integration are impacting how hydraulic motors are designed and used. Today's manufacturers are focusing on developing systems that offer greater functionality, are cleaner and more energy efficient to meet the demand for higher performance in both mobile and industrial machinery.
 

• There is a growing trend to integrate hydraulic motors with sensors, real-time monitoring, and electronic control systems to enable predictive maintenance, improve tracking of the health of a hydraulic motor, and improve its efficiency when being operated. For example: Smart hydraulic systems provide manufacturers with insights into their hydraulic systems that can be used to optimize the load cycle of the hydraulic system, identify potential failure modes, and reduce downtime by identifying potential failure modes and replacing or repairing hydraulic motors before they reach the point of failure. As more industries move toward interconnected and automated operations, intelligent hydraulic motors will be necessary parts of the new generation of machinery.
   
• Sustainability trends are leading manufacturers of hydraulic motors to design them to consume less energy, produce less heat, and utilize less harmful hydraulic fluids; advances including variable-displacement motors, better sealing systems and optimized fluid pathways are designed to minimize energy loss and carbon footprint. As many Industries now expect equipment that adheres to environmental regulations without giving up performance, a large segment of the hydraulic technology marketplace is converging on efficiency-based hydraulic technology.
   
• The trend toward using electric motors in combination with hydraulic motors is growing in popularity due to electrification's rapid growth rate The electric drive handles the light duty applications, and the hydraulic motor provides the high torque to perform heavy lift or propel. This hybrid strategy enables manufacturers to create machines that have the advantages of both technologies, resulting in quieter machines, fewer emissions, and greater energy or fuel efficiency. Examples of how hybrids are used include excavators, agricultural equipment, and industrial material handling equipment.
   
• Although more people are using some of the alternatives for electric power, there are still many applications where hydraulic motors will not be replaced due to their need for heavy-duty applications, high torque while they can handle sustained loads continually. Companies in the industries of mining, construction, forestry, and large-scale agriculture continue to grow their fleets of mobile machines that rely on hydraulic motors to propel, steer, lift, and do auxiliary operations. Therefore, there will always be a market for hydraulic motors, and they will be in high demand especially where electric systems do not perform as well as hydraulic systems do.
   

Hydraulic Motors Market Analysis

Based on product type, the market is divided into gear motor, vane moto, piston motor. In 2025, piston motor held the major market share, generating a revenue of USD 6.2 billion.
 

• A piston motor is a form of hydraulic engine. The biggest advantage of a piston motor over other types of hydraulic motors is that a piston motor has a higher power density, better controllability and a higher maximum pressure capability than other hydraulic motors. Piston motors convert hydraulic energy into rotational mechanical energy by moving the hydraulic fluid through the motor using a series of reciprocating pistons arranged either radially or axially. Piston motors provide very high torque output, particularly at low rotational speeds. Piston motors generally provide higher efficiencies than other hydraulic motor types, such as gear and vane type hydraulic motors, because they are less susceptible to internal leakage and offer a higher volume performance.
   
• Piston motors offer numerous advantages, primarily due to their long-lasting Life and high-quality Performance regardless of heavy working loads. Because of their long-term durability, they have been extensively used throughout many industries, including construction, mines, ships/boats/vessels, heavy manufacturing, winch/drill rig/crane systems and propulsion systems. Piston motors are very good at providing consistent performance in extreme work environments, so they are very important for any type of equipment that needs a steady supply of power that cannot fail under any circumstances.
   
• Recent advancements in materials, sealing technology, and integrated electronics have significantly changed how we use piston motors. The latest versions of piston motors typically provide a way to dynamically adjust output speed and torque through variable displacement mechanisms and allow for greater energy efficiency by using these mechanisms in conjunction with electronic sensors and intelligent control systems to monitor and improve performance and reduce fuel/power consumption. As more industries focus on efficiency, automation, and performance, piston motors continue to be a vital part of the overall hydraulic systems required to achieve these goals.
   

Based on speed, the hydraulic motors market is segmented into low speed (<500 Rpm), high-speed (>500 Rpm). The low-speed segment accounted for over 60% of the market share in 2025.
 

• Hydraulic motors are a vital component in many hydraulic systems and have been around for more than 50 years. There are many types of hydraulic motors, but low-speed hydraulic motors (i.e., less than 500 RPM) produce a large amount of torque at much lower RPMs than other motor types. These low-speed hydraulic motors are primarily used for heavy-duty applications requiring highly controlled movement and accurate positioning. The design of these motors, including their internal volume, enables these motors to produce large amounts of torque while consuming very little energy and minimizing the amount of stress on the motor itself. Because these motors produce consistent output torque during the operation, many industries will benefit from the low-speed hydraulic motors due to their need for a high initial torque output and consistent, repeatable operation in extremely harsh environments.
   
• These motors are utilized with equipment like winches, conveyors, mixers, shredders, compactors and heavy construction machinery that depend on having minimum speed and maximum torque. Because low rpm operation is made efficient, there’s no longer a requirement for using an external gear reducer, simplifying overall design and lowering both total equipment weight and required maintenance. In addition, their continuous torque delivery reduces mechanical shock and increases the number of uses an item will endure. This characteristic provides both steady performance and durability even with heavy use caused by the frequent start/stop and change in load.
   
• With the introduction of technological innovations like variable displacement controls, improved sealing methods, and precision machined components, the capability of low-speed hydraulic motors has increased significantly. New low-speed hydraulic motors have improved thermal management, require lower energy consumption to turn, allow smoother operation over the entire speed range, and integrate modern electronic control technology for improved modulation of speed and torque monitoring and for fault detection, making them optimal choices for industries where automation is prevalent.
   

Based on application, the hydraulic motors market is segmented into mining and construction, oil & gas, agriculture & forestry, automotive, packaging, machine tool, material handling and aerospace & defense. In 2025, mining & construction segment held a major market share, generating a revenue of USD 5 billion.
 

• Hydraulic motors are essential for powering heavy-duty equipment in mining, where these motors must be capable of operating reliably regardless of the extreme conditions that the equipment experiences. Mine operations rely on hydraulic motors to provide the high starting torque and low-speed torque needed for many types of equipment to maintain steady performance, even when the equipment is working with dense or abrasive materials. The quality of hydraulic motors in terms of their ability to withstand shock loads and provide consistent output is why they have become the most used hydraulic motor for demanding applications such as rock cutting, ore transport, and roof support. In addition to providing the durability, power, and controllability necessary for the efficient operation of mining machinery in deep mines, open-pit mines, or any other type of mining environment, hydraulic motors allow for fewer equipment failures due to their improved performance under extreme conditions.
   
• The hydraulic motors, which help to control many of the different types of machines used in the construction industry such as excavators, cranes, concrete mixers, trenchers, dozers and compaction equipment are a key part of this industry's ability to do its job effectively and safely. They provide precise movement, powerful digging power, smooth lifting, and easy to control equipment, all of which contribute to safely and efficiently completing construction projects. Because many times a construction project will involve lifting, moving or placing very heavy or uneven loads, using the same equipment to accomplish several different types of repetitive motions, and working in a rugged outdoor environment, hydraulic motors are often preferred because of their durable nature and the ability to produce high torque over a wide range of speeds.
   

In 2025, the U.S. dominated the North America hydraulic motors market, accounting for around 79.4% share and generating around USD 3.6 billion revenue in the same year.
 

• There is a growing demand for hydraulic motors in the U.S. due to the various industries that use them, such as construction, mining, agriculture, manufacturing, and material handling. The increasing number of federal and state infrastructure projects that require heavy equipment to be powered by hydraulic systems, such as highway repair and maintenance, new bridge construction and installation of new renewable energy systems, and new industrial facility or industrial plant upgrades, will continue to drive demand for these types of hydraulic motors. The U.S. also has a well-established manufacturing industry that has been incorporating more advanced and higher-capacity hydraulic motors into automation, robotics, and precision equipment. The U.S. also has the largest mining sector in North America and uses hydraulic drives to power its drilling and transport of material. The hydraulics market is a leader in the use of hydraulic motors for the next century.
   
• The overall hydraulic motor market in North America is being influenced by different industrial sectors, increasing infrastructure development, and growth of off highway equipment production in North America. The Canadian resources sector is one of the largest contributors to the demand for heavy hydraulic motor machinery in Canada, due to mining, forestry and the oil sands. Across all of North America, emerging technological adoption trends will drive the growth of hydraulic motor applications through the increased demand for intelligent hydraulic systems, energy efficient hydraulic designs and hybrid electro-hydraulic systems. The growing trend of integrating hydraulic motors into automated and digitally controlled machinery will also continue to strengthen North America’s position as a leading market for advanced hydraulic technologies.
   

Europe hydraulic motors market held 26% share in 2025 and is expected to grow at 6.4% CAGR during the forecast period.
 

• Hydraulic motor markets in Europe are firmly rooted in the region's well-established industrial sector and are subject to a unique set of environmental regulations, which impact both design and usage of hydraulic motor products. The high levels of advanced manufacturing, heavy machinery, marine technology and renewable energy project development in Europe creates a strong demand for hydraulic motors that provide the highest efficiencies possible and the lowest rates of leakage. Original equipment manufacturers (OEMs) and tiered suppliers in countries that have highly developed engineering environments focus on reliability, precise control and lower costs of ownership, thus increasing their interest in variable-displacement hydraulic motors, improved seal designs and intelligent diagnostic systems. Additionally, due to the increased emphasis on electrification within Europe, many hybrids electric/hydraulic systems are being developed that utilize hydraulic motors to perform high torque applications and electric drives to deliver improved performance overall.
   
• The construction, mining aggregate, steel manufacturing and logistics end use markets require durable mobile & stationary equipment for these industries. Construction & improvements of infrastructure drive contractors to fully utilize hydraulic motors for earthmoving applications such as improving site preparations, lifting, compacting materials, digging tunnels, etc. Additionally, safe and environmentally friendly practices dictate the usage of motors using biodegradable hydraulic fluid and use advanced filtration methods. After-market services to support further use of hydraulic motors offer opportunities to use advanced technology to provide predictive maintenance through data collection and condition monitoring; retrofit packages for existing hydraulic motors permit improved reliability and energy efficiency.
   

The Asia Pacific held market captured around 30.5% share in 2025 and is anticipated to grow with a CAGR of around 7.9% from 2026 to 2035.
 

• The expansion of the Asia Pacific (APAC) hydraulic motor industry is driven by the ongoing development of large-scale infrastructure/industrialization and the increasing mechanization of agriculture. The clock continues ticking as demand will continue from construction machinery and mining equipment through to port handling systems and factory automation. most buyers desire high torque and low speed coupled with rugged duty performance. As manufacturing footprints have increased in size, and supply chains regionalized, equipment builders are now integrating hydraulic motors into such things as presses, molders, conveyors, and heavy material handling lines to achieve the necessary throughput and durability performance.
   
• Mobile Machines continue to exhibit an increasing amount of growth as the region is experiencing an increased demand for smarter machines. Most machines in the region rely on hydraulic means of propulsion and gaining traction. The push for smarter factories by the organization has enhanced the adoption of motors with electronic control systems, sensors and variable-displacement systems that enhance energy use under varying loads. Developing hybrid maneuvering systems is becoming more popular within industry as electric drive units are used for low-duty, while hydraulic drive units are used for high-weight and high-visibility applications, allowing noise enhancement, engine efficiency and operator comfort to improve with increasing aftermarket requirement for maintenance kits, enhancements, and condition monitoring devices.
   

Latin America hydraulic motors market is growing at a CAGR of 5.9% during the forecast period.
 

• The hydraulic motor sector in Latin America is highly dependent on the availability of natural resources, agriculture, ongoing infrastructure projects, etc. Most of the major sectors that use hydraulic motors include mining, support services associated with the oil and gas industry, and large-scale farming operations requiring reliable hydraulic motors to provide high torque in extreme conditions. The trucking and construction industries also require rugged endurance from hydraulic motors to handle their utmost challenging situations. Hence, contractors generally prefer products that can withstand dust, high temperatures, intermittent use, etc. without sacrificing functionality.
   
• An overall operational theme from the contractors and operators is to have durable hydraulic motor configurations that require little to no maintenance costs after installation. As the fleets continue to age, so has the aftermarket for OEM replacement motors, seal kits, and filtration improvements. Ultimately, contractors and operators want hydraulic motors that allow for longer intervals between service, with decreased risk of failure or leaking fluids. With an increasing focus placed on energy efficiency, safety, and improved operating environments, there is also an increase in the number of variable-displacement hydraulic designs. By improving thermal management and allowing basic monitoring capabilities, this will help to expand their use. Hybrid electric/hydraulic technology is also beginning to come into play within industry. Hybrid designs provide additional fuel savings while reducing noise at a worksite, resulting in cost-effective solutions for many contractors and operators.
   

Hydraulic Motors Market Share

Eaton is leading with 7% market share. Eaton, Parker Hannifin, Bosch Rexroth AG, Danfoss Group, Kawasaki Heavy Industries collectively hold around 17%, indicating moderately fragmented market concentration. These prominent players are proactively involved in strategic endeavors, such as mergers & acquisitions, facility expansions & collaborations, to expand their product portfolios, extend their reach to a broad customer base, and strengthen their market position.
 

Concentric AB develops innovative and effective hydraulic products, including hydraulic motors, pumps, and engine cooling systems, based on a philosophy of designing solutions that are lightweight, energy-efficient and provide reliable operation. Concentric serves equipment manufacturers in many different industries including agriculture, construction, material handling, and industrial machinery with its energy-efficient hydraulic motor technologies for use in their equipment. Designed to be compact and provide quiet operation with optimal fluid flow, Concentrics’s products are environmentally responsible and designed based on sustainability principles while reducing energy consumption.
 

Danfoss Group manufactures hydraulic motors for OEMs and is a leading provider of electronic motion control solutions, specializing in off-highway applications for the construction industry. In addition to providing hydraulic motors, Danfoss has developed several advanced control technologies, including variable displacement and indirect drive technology, as well as an emphasis on the integration of its products into digital and electrohydraulic systems. 
 

Hydraulic Motors Market Companies

Major players operating in the hydraulic motors industry are:

• Bosch Rexroth AG
• Bucker Hydraulics
• Casappa
• Concentric AB
• Daikin
• Danfoss Group
• Eaton
• Fluitronics GmbH
• SAI Group
• KYB
• Kawasaki Heavy Industries
• Linde Hydraulics
• Moog
• Nachi-Fujikoshi
• Parker Hannifin
   

Parker Hannifin is a leading global provider of complete motion and control solutions, including high-performance hydraulic motors. Parker offers innovative products in the areas of precision control, sealing, and efficient design. Their hydraulic motors have gained acceptance as industry standards due to their reliable operation, long service life, and compatibility with modern electronically controlled equipment. With the ability to provide complete hydraulic solutions from a component level to fully integrated systems, Parker Hannifin has established itself as a significant contributor to the support of automation, heavy equipment, and high-power hydraulic applications globally.
 

Eaton is an established leader in the global hydraulics industry with a long history of offering a complete line of rugged high-performance hydraulic motors for mobile vehicles as well as industrial automation and heavy-duty applications. Eaton’s core competency is in engineering and the design of hydraulic motors that provide stable and reliable service in extreme environments while providing the high twist torque required to operate successfully. As the trend toward more energy-efficient and integrated hydraulic systems continues, Eaton has positioned itself as a preferred supplier to OEMs by developing robust hydraulic components that increase productivity and machine control through advanced engineering.  
 

Hydraulic Motors Industry News

• In November 2025, Danfoss launched EM-PMI180 low voltage 48V electric motors intended primarily as the power source for hydraulic gear pumps in compact electric machines such as boom lifts, scissor lifts, compact, electronic loaders, and mini excavators. The rated power of this model at 3000 rpm (4000 rpms) is 7 kW; the rated torque produced is up to 90 Nm, producing a 15% reduction in volume and a 15% increase in efficiency over the similar models 2006 to the equivalent AC Induction Motors, while achieving maintenance-free installation certification IP67.
   
• In August 2025, Eaton announced its acquisition of Resilient Power Systems, thereby enhancing its capability to support the development of medium voltage control and grid resilience technologies, as well as providing advanced electrical-hydraulic integration capabilities for critical infrastructure applications.
   
• In March 2025, Eaton expanded its Industrial Hydraulic range with the launch of several new high-performance filter series: the DUA Duplex Filter, LWF Inline Pressure Filter, & DNR Duplex Filter. The DUA filter series will support operating pressures of up to 320 psi and flow rates of 1056 Gpm. In comparison, the LWF Inline Filter series will support pressures of up to 232 psi and flow rates of 1585 Gpm. The DNR Duplex Filter has a three-way changeover valve for uninterrupted filtration and is designed for use when turbine oil is used. The DNR filter is appropriate for use in heavy industrial gear applications and can be used in conjunction with various lubrication systems.
   
• In July 2025, Danfoss introduced the Thorx CLM 5 C cam-lobe hydraulic motor for road rollers and compaction equipment. The motor has an overall efficiency rating of 92%, utilizes a balanced rotary group that consists of twelve pistons and nine lobes to create a smoother low-speed rotation, and makes use of dual tapered roller bearings to eliminate leakage at the shaft seal and support greater radial loads. This design has been shown to decrease low-speed torque ripple by as much as 90%, resulting in more even compacting and an extended service life for the machine.
   

The hydraulic motors market research report includes in-depth coverage of the industry with estimates & forecasts in terms of revenue (USD Billion) & volume (Thousand Units) from 2022 to 2035, for the following segments:

Market, By Product Type

• Gear motor
• Vane motor
• Piston motor

Market, By Speed

• Low-speed (< 500 Rpm)
• High-speed (>500 Rpm)

Market, By Application

• Mining & construction
• Oil & gas
• Agriculture & forestry
• Automotive
• Packaging
• Machine tool
• Material handling
• Aerospace & defense

The above information is provided for the following regions and countries:

• North America
  • U.S.
  • Canada
• Europe
  • Germany
  • UK
  • France
  • Italy
  • Spain
• Asia Pacific
  • China
  • India
  • Japan
  • Australia
  • South Korea
• Latin America
  • Brazil
  • Mexico
  • Argentina
• Middle East and Africa
  • South Africa
  • Saudi Arabia
  • UAE