Traditional winch motors superseded by PMW design
Posted to News on 24th Nov 2016, 14:37

Traditional winch motors superseded by PMW design

Winches mounted on military and other vehicles have traditionally used brushed motors that are heavy and inefficient, and typically unable to operate continuously for more than a few minutes before overheating. Tasked with addressing this issue, Printed Motor Works has developed a new motor which, paired with a suitable electronic controller, will be able to deliver vastly improved performance. The brushless motor has a much greater efficiency and so produces less heat, enabling a much better duty cycle.

Traditional winch motors superseded by PMW design

The motor and controller will be considerably smaller and about half the weight of traditional winch motors, which can be a crucial factor in heavily equipped vehicles.

Ian Matthews Golledge, project engineer at Printed Motor Works says: "The winch market is currently supplied by manufacturers using very basic brushed motor technology that is not fit for purpose. That is why our use of the latest technology makes such a big improvement."

The motor is also suitable for larger winch systems, as it has lower installation costs and lower overall power consumption than hydraulic systems, as well as taking up much less space.

Winch motors for military vehicles require an immense torque for short durations in the smallest and lightest possible package, and the PMW design meets precisely these requirements. A further advantage is that the motor produces much less electromagnetic interference, thus reducing its EMI signature and making it less likely to interfere with neighbouring systems.

As well as in light tactical vehicles, the motor and controller package has advantages for use in commercial recovery vehicles and for shipborne winches on fishing vessels for example.

More information about the Printed Motor Works winch motor and controller package can be found at

Printed Motor Works Ltd

Newman Lane
GU34 2QW

+44 (0)1420 594140

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