
Miniature DC Vibration Motor Assembly
This is a small, circular electromechanical component, specifically a miniature DC vibration motor commonly found in consumer electronics. The item is shown being held between two fingers, suggesting a diameter of approximately 10mm to 12mm. It features a bright metallic faceplate with a series of precision-drilled holes arranged in concentric patterns around a central axle hub. The outer ring contains four larger holes, while an inner ring displays six smaller openings, designed for mounting or airflow. A dark plastic or metal housing is visible behind the metallic plate, and a small flexible ribbon cable or wire lead protrudes from one side, which would transmit electrical signals to the internal coils. The construction utilizes high-precision stamping and lathe work typical of late 20th to early 21st-century micro-engineering. Visible condition includes minor surface scratches and slight oxidation on the faceplate, but the structure remains intact without significant warping or mechanical failure. The craftsmanship is consistent with mass-produced industrial electronics components, where uniformity and functional durability are prioritized over aesthetic finish.
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Estimated Value
$0.50 - $2.00
Basic Information
Category
Electronic Components & Hardware
Appraised On
April 6, 2026
Estimated Value
$0.50 - $2.00
Item Description
This is a small, circular electromechanical component, specifically a miniature DC vibration motor commonly found in consumer electronics. The item is shown being held between two fingers, suggesting a diameter of approximately 10mm to 12mm. It features a bright metallic faceplate with a series of precision-drilled holes arranged in concentric patterns around a central axle hub. The outer ring contains four larger holes, while an inner ring displays six smaller openings, designed for mounting or airflow. A dark plastic or metal housing is visible behind the metallic plate, and a small flexible ribbon cable or wire lead protrudes from one side, which would transmit electrical signals to the internal coils. The construction utilizes high-precision stamping and lathe work typical of late 20th to early 21st-century micro-engineering. Visible condition includes minor surface scratches and slight oxidation on the faceplate, but the structure remains intact without significant warping or mechanical failure. The craftsmanship is consistent with mass-produced industrial electronics components, where uniformity and functional durability are prioritized over aesthetic finish.
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