FIG. 49 illustrates an alternative embodiment for a lockable enclosure 600. In this embodiment, the lockable enclosure 600 may also operate similar to that described above (i.e., one-in-one out) but is configured for use with larger data drives without necessarily increasing the size of the lockable enclosure. The latch 602 may be configured to engage one or more engagement members 604 on the data drive 506 itself (e.g., holes defined on opposite sides of an SSD drive). Thus, the latch 602 may include engagement members 606 that are configured to engage the engagement members 604 of the data drive 506. As before, when an old data drive 504 is inserted within the housing, the latch 602 is configured to move within the housing to dispense the new data drive 506. In some cases, the latch 602 includes a pair of movable members 608 that are configured to move when an old data drive 504 is inserted within the housing. The movable members 608 may be spring biased towards an engaged position with the data drive 506 in some instances. The engagement members 606 may be operably engaged with the movable members 608 such that as the old data drive 504 is inserted within the housing, the movable members move to disengage the engagement members 604, 606 from one another. In one embodiment, the new data drive 506 may be configured to be partially displaced from the housing while the engagement members 604, 606 are still engaged with one another. Thus, even though the new data drive 506 may be partially positioned outside the housing, the user is incapable of removing the new data drive until the old data drive 504 is fully positioned within the housing due to engagement between the latch 602 and the housing. In some embodiments, the latch 602 may be configured to engage the engagement members 604 of the data drive 504 when the data drive is inserted within the housing so that the old data drive is incapable of being backed out or otherwise removed from the housing. In some cases, the movable members 608 may be configured to pivot between engaged and disengaged positions with the new data drive 506, such as via sliding of the latch 602 relative to the housing as the old data drive 506 is inserted within the housing. In other embodiments, the movable members 608 may be flexible and configured to flex between engaged and disengaged positions.