motion will be slightly delayed by the flow through the orifice b 2 the orifice leading into bore 32 the operation of the master slave fuze system is now evident from the foregoing description briefly the dispenser or master fuze 16 senses the environment discriminates between proper and improper velocity and then initiates the signal generator 18 activation of the generator 18 produces a pressure signal inside the dispenser within a short time interval e g a pressure of approximately 40 psig within 0 6 second after initiation when the pressure signal reaches the bomblet fuze signal receiver 28 the aforesaid functions occur depending upon whether the embodiment of fig3 a and 3b or fig4 a and 4b is employed in either case the signal receiver is charged with energy and the arming slider is in the enabled position the dispenser fuze 16 now opens the dispenser 12 approximately one second after the signal generator 18 has been initiated opening of the dispenser removes the high pressure holding the arming slider 38 or 38 39 allowing the slider to be forced to its armed position to align the explosive primer 40 and the explosive lead 50 detent 48 will hold the slider in the armed position the explosive 52 in bomblet 14 is now ready to be appropriately initiated by the bomblet fuze the bomblet fuze signal receivers 28 shown in fig3 and 4 are intended only to illustrate the operation of the receivers the basic components may be arranged and oriented other than as shown depending upon packaging requirements such other arrangements and embodiments are fully comprehended within the scope of the present disclosure obviously numerous modifications and variations of the present invention are possible in light of the above teachings for example an alternative.