A hard disk drive utilizes an actuator arm design that significantly reduces air flow drag within the drive. The leading and trailing edges of the arm are shaped to reduce their coefficient of air flow drag in order to reduce the running current and seeking current of the disk drive during operation. As a result, the disk drive consumes less power and, thus, produces less heat which must be dissipated. The spindle motor design is reconfigured at a lower torque constant, thereby lowering the overall cost of the device.

 
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< Cleating features to improve adhesive interface between an actuator tang and a tang-supporting surface of an actuator assembly of a hard disk drive

< Head arm assembly with an arm motion limiting member and disk drive device with the head arm assembly

> Disk drive having a two-stage actuator for suppressing a flying-height fluctuation

> Integrated method and device for a dual stage micro-actuator and suspension design for the hard disk driver

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