Motors

Orbital Motors
We provide a wide range of hydraulic motors of different types, sizes, and with different versions of outlet shaft. The range includes motors with displacements from 8 to 800 cc/rpm. The speed may vary approximately from 2500 rpm/min for the smallest motor up to 600 rpm/min for the largest one.

Discover the new generation of OMR X orbital motors supplied by White Drive Motors & Steering.
A Modular platform, and form and fit with existing applications
Improves performance
Reduces total cost of ownership
The motors supplied by White Drive Motors & Steering replace the OMR orbital motors produced by Danfoss

Discover the new generation of OMR X orbital motors supplied by White Drive Motors & Steering.
A Modular platform, and form and fit with existing applications
Improves performance
Reduces total cost of ownership
The motors supplied by White Drive Motors & Steering replace the OMR orbital motors produced by Danfoss

Discover the new generation of OMR X orbital motors supplied by White Drive Motors & Steering.
A Modular platform, and form and fit with existing applications
Improves performance
Reduces total cost of ownership
The motors supplied by White Drive Motors & Steering replace the OMR orbital motors produced by Danfoss

Discover the new generation of OMR X orbital motors supplied by White Drive Motors & Steering.
A Modular platform, and form and fit with existing applications
Improves performance
Reduces total cost of ownership
The motors supplied by White Drive Motors & Steering replace the OMR orbital motors produced by Danfoss

Discover the new generation of OMR X orbital motors supplied by White Drive Motors & Steering.
A Modular platform, and form and fit with existing applications
Improves performance
Reduces total cost of ownership
The motors supplied by White Drive Motors & Steering replace the OMR orbital motors produced by Danfoss

Discover the new generation of OMR X orbital motors supplied by White Drive Motors & Steering.
A Modular platform, and form and fit with existing applications
Improves performance
Reduces total cost of ownership
The motors supplied by White Drive Motors & Steering replace the OMR orbital motors produced by Danfoss

Discover the new generation of OMR X orbital motors supplied by White Drive Motors & Steering.
A Modular platform, and form and fit with existing applications
Improves performance
Reduces total cost of ownership
The motors supplied by White Drive Motors & Steering replace the OMR orbital motors produced by Danfoss

Discover the new generation of OMR X orbital motors supplied by White Drive Motors & Steering.
A Modular platform, and form and fit with existing applications
Improves performance
Reduces total cost of ownership
The motors supplied by White Drive Motors & Steering replace the OMR orbital motors produced by Danfoss

Discover the new generation of OMR X orbital motors supplied by White Drive Motors & Steering.
A Modular platform, and form and fit with existing applications
Improves performance
Reduces total cost of ownership
The motors supplied by White Drive Motors & Steering replace the OMR orbital motors produced by Danfoss

Discover the new generation of OMR X orbital motors supplied by White Drive Motors & Steering.
A Modular platform, and form and fit with existing applications
Improves performance
Reduces total cost of ownership
The motors supplied by White Drive Motors & Steering replace the OMR orbital motors produced by Danfoss

Discover the new generation of OMR X orbital motors supplied by White Drive Motors & Steering.
A Modular platform, and form and fit with existing applications
Improves performance
Reduces total cost of ownership
The motors supplied by White Drive Motors & Steering replace the OMR orbital motors produced by Danfoss

Discover the new generation of OMR X orbital motors supplied by White Drive Motors & Steering.
A Modular platform, and form and fit with existing applications
Improves performance
Reduces total cost of ownership
The motors supplied by White Drive Motors & Steering replace the OMR orbital motors produced by Danfoss

Discover the new generation of OMR X orbital motors supplied by White Drive Motors & Steering.
A Modular platform, and form and fit with existing applications
Improves performance
Reduces total cost of ownership
The motors supplied by White Drive Motors & Steering replace the OMR orbital motors produced by Danfoss

Features and benefits
Corrosion-resistant to withstand the most challenging conditions
Dust seal cap for resistance to high dust concentrations
Robust cardan shaft for longer life in demanding applications
Low leakage version for energy savings
Recessed mounting flange on wheel motors, giving optimal utilization of bearing capacity

Features and benefitsCorrosion-resistant to withstand the most challenging conditionsDust seal cap for resistance to high dust concentrationsRobust cardan shaft for longer life in demanding applicationsLow leakage version for energy savingsRecessed mounting flange on wheel motors, giving optimal utilization of bearing capacity

Features and benefits
Corrosion-resistant to withstand the most challenging conditions
Dust seal cap for resistance to high dust concentrations
Robust cardan shaft for longer life in demanding applications
Low leakage version for energy savings
Recessed mounting flange on wheel motors, giving optimal utilization of bearing capacity

OMV-0500-B-NN-W53-AE-1E-A35-A-A-1B-1-N-NN-NNNNN-NN-NN-NN-SP-NNN
Features and benefits
Corrosion-resistant to withstand the most challenging conditions
Dust seal cap for resistance to high dust concentrations
Robust cardan shaft for longer life in demanding applications
Low leakage version for energy savings
Recessed mounting flange on wheel motors, giving optimal utilization of bearing capacity

OMV-0500-B-NN-W53-AE-1E-F22-A-A-1B-1-N-NN-NNNNN-NN-NN-NN-SP-NNN
Features and benefits
Corrosion-resistant to withstand the most challenging conditions
Dust seal cap for resistance to high dust concentrations
Robust cardan shaft for longer life in demanding applications
Low leakage version for energy savings
Recessed mounting flange on wheel motors, giving optimal utilization of bearing capacity

OMV-0500-C-NN-S16-AE-1E-NNN-N-N-1B-1-N-NN-NNNNN-NN-NN-NN-SP-NNN
Features and benefits
Corrosion-resistant to withstand the most challenging conditions
Dust seal cap for resistance to high dust concentrations
Robust cardan shaft for longer life in demanding applications
Low leakage version for energy savings
Recessed mounting flange on wheel motors, giving optimal utilization of bearing capacity

OMV-0630-A-NN-G34-AE-1E-A35-A-A-1B-1-N-TA-NNNNN-NN-NN-NN-SP-NNN
Features and benefits
Corrosion-resistant to withstand the most challenging conditions
Dust seal cap for resistance to high dust concentrations
Robust cardan shaft for longer life in demanding applications
Low leakage version for energy savings
Recessed mounting flange on wheel motors, giving optimal utilization of bearing capacity

OMV-0630-C-NN-S16-AE-1E-NNN-N-N-1B-1-N-NN-NNNNN-NN-NN-NN-SP-NNN
Features and benefits
Corrosion-resistant to withstand the most challenging conditions
Dust seal cap for resistance to high dust concentrations
Robust cardan shaft for longer life in demanding applications
Low leakage version for energy savings
Recessed mounting flange on wheel motors, giving optimal utilization of bearing capacity

OMV-0800-A-NN-G34-AE-1E-A35-A-A-1B-1-N-AA-NNNNN-NN-NN-NN-SP-NNN
Features and benefits
Corrosion-resistant to withstand the most challenging conditions
Dust seal cap for resistance to high dust concentrations
Robust cardan shaft for longer life in demanding applications
Low leakage version for energy savings
Recessed mounting flange on wheel motors, giving optimal utilization of bearing capacity

OMV-0800-A-NN-G34-AE-1E-A35-A-A-1B-1-N-TA-NNNNN-NN-NN-NN-SP-NNN
Features and benefits
Corrosion-resistant to withstand the most challenging conditions
Dust seal cap for resistance to high dust concentrations
Robust cardan shaft for longer life in demanding applications
Low leakage version for energy savings
Recessed mounting flange on wheel motors, giving optimal utilization of bearing capacity