Piston Motors
F12
The Parker F12 series delivers reliable hydraulic motor performance with a durable design built for challenging operating conditions. Its wide displacement range provides flexibility for mobile, industrial, and marine equipment.
F11
Parker F11 bent-axis motors and pumps provide compact, fixed-displacement hydraulic performance for both open and closed-loop systems. Their lightweight rotating assembly enables very high-speed operation and reliable efficiency in demanding applications.
V12
The Parker V12 series is a bent-axis variable displacement motor designed for demanding mobile, industrial, and government applications. With a compact design, high power-to-weight ratio, and efficient 9-piston construction, it delivers smooth operation, low noise, and reliable performance in both open and closed circuit systems.
V14
The Parker V14 series is a bent-axis variable displacement motor engineered for high-performance hydraulic transmissions in demanding mobile, industrial, and government applications. Designed for both open and closed circuit systems, it delivers strong power density, high efficiency, and smooth operation through its advanced 9-piston design. With a compact footprint, wide control options, and durable construction, the V14 offers reliable performance in tough environments such as construction, mining, oil and gas, and defense, while supporting clean and cost-effective installation in ISO, SAE, and cartridge configurations.
Linde HMA
The HMA-02 motor is a high-pressure motor with adjustable displacement for open and closed loop operations. The HMA-02 offers flexibility for applications that require a reduced or increased displacement. They have a displacement range from 35 cc up to 280 cc with a maximum pressure up to 500 bar. These motors have a high starting torque, high power density, high reliability with a long service life.
Linde HMF
The HMF-02 motor is a high-pressure fixed displacement motor for open and closed loop operation. Unlike the self-regulating HMR-02 series, the HMF-02 maintains a constant displacement per revolution. It has a unique swashplate design that generates high torque at low speeds. They have a displacement range from 28 cc up to 135 cc per revolution. These motors have a compact design, high power density and high reliability with a long service life.
Linde HMR
Self-regulating hydraulic motors designed for open and closed circuit systems, this series offers adaptive displacement control for efficient performance under varying load conditions. With a displacement range from 55 to 210 cc, these high-pressure regulated motors automatically adjust torque output for smooth operation, high starting torque, and excellent low-speed behavior. Their compact design, high power density, and optional Vmax override control make them ideal for demanding mobile and industrial applications requiring reliability, efficiency, and long service life.
Linde HMV
Variable displacement axial piston motors designed for open and closed circuit operation, delivering smooth low-speed performance and high starting torque without the need for gear reduction. The Series 02 motors feature a swashplate design, high power density, and a wide control range for precise and responsive hydraulic performance. With compact construction, excellent efficiency, and flexible hydraulic or electro-hydraulic control options, they are ideal for demanding mobile and industrial applications requiring reliability, dynamic response, and long service life.
F1 Motor Series
The Parker F1 hydraulic truck motor series is a high-efficiency, low-noise solution designed for demanding mobile and transportation applications. Built for reliability and performance, the F1 delivers operation up to 350 bar and speeds up to 3000 rpm, making it ideal for cargo cranes, hook loaders, forestry equipment, and other heavy-duty vehicles. Its compact design, low weight, and ISO-standard mounting allow for easy installation, while advanced engineering ensures reduced fuel consumption, low leakage, and long service life in harsh operating conditions.