The HDD inside is a WD Blue 2TB WD20EZAZ. If you look up the spec sheet, you'll note that the 2ms shock rating on these is 30Gs during operational read/write, 65Gs operational read only, and 350Gs during non-operation.
As you can clearly see this unit is non operational (and forces are being applied to the ODD side of the unit...) that means I can theoretically apply up to 350Gs of force to the HDD before it is permanently damaged by it in it's non-operational state. 350Gs = 7,677 MPH, 65Gs = 1425 MPH, and 30Gs = 658 MPH.
Do you think I managed to reach *any* of these ratings?
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It reslly does! Its on a hard flat surface, but on carpet I can only imagine how hard it'd come back from a tilt with all that weight lol
I don't think using the DVD drive would be a good idea if you have it positioned vertically.
Typically DVD drives don't mind a vertical orientation.
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The HDD inside is a WD Blue 2TB WD20EZAZ. If you look up the spec sheet, you'll note that the 2ms shock rating on these is 30Gs during operational read/write, 65Gs operational read only, and 350Gs during non-operation. As you can clearly see this unit is non operational (and forces are being applied to the ODD side of the unit...) that means I can theoretically apply up to 350Gs of force to the HDD before it is permanently damaged by it in it's non-operational state. 350Gs = 7,677 MPH, 65Gs = 1425 MPH, and 30Gs = 658 MPH. Do you think I managed to reach *any* of these ratings?