An explosive transfer assembly, comprising: a low energy explosive transfer adapter comprising an adapter housing, that in turn comprises; a firing pin chamber situated within the adapter housing comprising an inlet and a stopping surface opposite the inlet; a primer chamber connected to the firing pin chamber; and an output tube connected to the primer chamber; a firing pin disposed within and fixed relative to the firing pin chamber via a shear pin; a primer disposed within the primer chamber; characterized in that the explosive transfer assembly further comprises: a low energy input component coupled with the low energy explosive transfer adapter, wherein the low energy input component comprises an input component housing comprising a first frusto-conical area leading to an input tube, a second frusto-conical area leading to a transition tube, and an open volume chamber, wherein the transition tube is disposed between the input tube and the open volume chamber, wherein an inner diameter of the input tube is larger than an inner diameter of the transition tube, wherein an inner diameter of the open volume chamber is larger than the inner diameter of the transition tube, and wherein the open volume chamber is disposed between the transition tube and the firing pin; and a low energy explosive transfer line that extends through the input tube and terminates within the transition tube of the low energy input component; an initiator component coupled to the low energy explosive transfer adapter and comprising an initiator component output connected with the output tube of the low energy explosive transfer adapter; the shear pin is configured to mechanically fail at a threshold force, thereby releasing the firing pin in response to a low energy explosive transfer line input signal; the firing pin being located between the low energy explosive transfer line and the primer; and ignition of the low energy explosive transfer line, by the low energy explosive transfer line input signal, advances the firing pin to impact the primer. a low energy explosive transfer adapter comprising an adapter housing, that in turn comprises; a firing pin chamber situated within the adapter housing comprising an inlet and a stopping surface opposite the inlet; a primer chamber connected to the firing pin chamber; and an output tube connected to the primer chamber; a firing pin chamber situated within the adapter housing comprising an inlet and a stopping surface opposite the inlet; a primer chamber connected to the firing pin chamber; and an output tube connected to the primer chamber; a firing pin disposed within and fixed relative to the firing pin chamber via a shear pin; a primer disposed within the primer chamber; characterized in that the explosive transfer assembly further comprises: a low energy input component coupled with the low energy explosive transfer adapter, wherein the low energy input component comprises an input component housing comprising a first frusto-conical area leading to an input tube, a second frusto-conical area leading to a transition tube, and an open volume chamber, wherein the transition tube is disposed between the input tube and the open volume chamber, wherein an inner diameter of the input tube is larger than an inner diameter of the transition tube, wherein an inner diameter of the open volume chamber is larger than the inner diameter of the transition tube, and wherein the open volume chamber is disposed between the transition tube and the firing pin; and a low energy explosive transfer line that extends through the input tube and terminates within the transition tube of the low energy input component; an initiator component coupled to the low energy explosive transfer adapter and comprising an initiator component output connected with the output tube of the low energy explosive transfer adapter; the shear pin is configured to mechanically fail at a threshold force, thereby releasing the firing pin in response to a low energy explosive transfer line input signal; the firing pin being located between the low energy explosive transfer line and the primer; and ignition of the low energy explosive transfer line, by the low energy explosive transfer line input signal, advances the firing pin to impact the primer. a low energy explosive transfer line that extends through the input tube and terminates within the transition tube of the low energy input component; an initiator component coupled to the low energy explosive transfer adapter and comprising an initiator component output connected with the output tube of the low energy explosive transfer adapter; the shear pin is configured to mechanically fail at a threshold force, thereby releasing the firing pin in response to a low energy explosive transfer line input signal; the firing pin being located between the low energy explosive transfer line and the primer; and ignition of the low energy explosive transfer line, by the low energy explosive transfer line input signal, advances the firing pin to impact the primer.