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A storage system comprises a storage compartment having a compartment door, a plurality of latches for latching the door, a plurality of slave cylinders coupled to the latches, and a master cylinder in fluid communication with the slave cylinders for causing the slave cylinders to simultaneously unl

A storage system comprises a storage compartment having a compartment door, a plurality of latches for latching the door, a plurality of slave cylinders coupled to the latches, and a master cylinder in fluid communication with the slave cylinders for causing the slave cylinders to simultaneously unlatch the latches.

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1. A storage system comprising: a storage compartment having a compartment door;a plurality of latches for latching the door, the latches being closed by the door;a plurality of slave cylinders coupled to the latches; anda master cylinder in fluid communication with the slave cylinders for causing t

1. A storage system comprising: a storage compartment having a compartment door;a plurality of latches for latching the door, the latches being closed by the door;a plurality of slave cylinders coupled to the latches; anda master cylinder in fluid communication with the slave cylinders for causing the slave cylinders to simultaneously open the latches but not to close the latches. 2. The system of claim 1, wherein the master and slave cylinders are daisy-chained so as to be forced to move in exact synchronization, wherein output flow from one of the slave cylinders is used to pressurize another one of the slave cylinders. 3. The system of claim 1, wherein the master and slave cylinders form a closed loop hydraulic circuit such that the movement of pistons in the slave cylinders are constrained to be simultaneous with movement of a piston in the master cylinder. 4. The system of claim 3, further comprising a pressure sensitive fitting for detecting a loss of backpressure in the circuit. 5. The system of claim 3, further comprising spring-loaded mechanisms that constrain movement of pistons of the slave cylinders to be identical in an open stroke; wherein each spring-loaded mechanism applies a spring force to independently return each latch to a closed position instead of the latches being dosed by the door. 6. The system of claim 1, wherein the plurality of latches includes a first latch that is configured to secure a first side of the door and a second latch that is configured to secure a second side of the door; and wherein the slave cylinders include a first and second slave cylinders coupled to the first and second latches, respectively. 7. The system of claim 6, wherein the compartment further includes a strong back; and wherein the latches and slave cylinders are supported by the strong back. 8. The system of claim 1, further comprising a handle for actuating the master cylinder, wherein the handle and the master cylinder are mounted on the door. 9. The system of claim 1, wherein the master and slave cylinders cooperate to provide a non-linear curved stroke. 10. A latch mechanism for latching a door to a structure, the mechanism comprising: first and second door latches configured to be closed by closing the door;first and second slave cylinders for applying unlatching forces to open the first and second latches, respectively; anda master cylinder in fluid communication with the first and second slave cylinders for causing the slave cylinders to simultaneously apply the unlatching forces to open the first and second latches but not to apply forces that open the latches. 11. The mechanism of claim 10, wherein the master and slave cylinders are daisy-chained so as to be forced to move in exact synchronization, wherein the master cylinder pressurizes the first slave cylinder, output flow from the first slave cylinder is used to pressurize the second slave cylinder, and output flow from the second slave cylinder is returned to the master cylinder. 12. The mechanism of claim 10, wherein the master and slave cylinders form a closed loop hydraulic circuit such that the movement of pistons in the slave cylinders are constrained to be simultaneous with movement of a piston in the master cylinder. 13. The mechanism of claim 12, further comprising a pressure sensitive fitting for detecting a loss of backpressure in the circuit. 14. The mechanism of claim 10, further comprising a switch or handle for causing the master cylinder to be actuated, the switch or handle located remotely from the door. 15. The mechanism of claim 10, wherein the master and slave cylinders cooperate to provide a non-linear curved stroke. 16. An aircraft comprising: a plurality of compartments including compartment doors; anda plurality of hydraulically actuated latch mechanisms for the doors, each latch mechanism including a plurality of slave cylinders; and a master cylinder in fluid communication with the slave cylinders for causing the slave cylinders to simultaneously unlatch its associated door. 17. The aircraft of claim 16, wherein the latch mechanisms are dual retention. 18. The aircraft of claim 16, wherein the compartments include stow bins. 19. The aircraft of claim 16, wherein the compartments include maintenance access panels. 20. The aircraft of claim 16, wherein the master and slave cylinders of each mechanism form a closed loop fluid circuit; and wherein each mechanism further includes means for providing a visual indicator of loss in backpressure in the fluid circuit.