322 and a connector 324 that can be coupled to the interface device assembly 250 of fig4 a 4 b for example the motion sensor 322 can detect movement in proximity to the training ied based upon certain parameters movement of a trainee near the training ied can result in triggering of the training ied this may in turn result in activation of the strobe assembly 250 of fig5 fig7 shows an exemplary speaker 350 fabricated to resemble a rock it is understood that the speaker can have almost any size and can be configured to resemble almost any object a connector 352 can be coupled to the interface device assembly the speaker 350 generates sounds associated with triggering of the training of the ied fig8 shows an exemplary antenna assembly 400 having an antenna 402 and wireless remote 404 the antenna 402 can be coupled to an explosive component such as the 105 millimeter shell 120 of fig2 a to provide a visual clue to a trainee the wireless remote 404 can be used to trigger the training ied the training ied can include various pyrotechnic features to enhance the training experience it is understood that pyrotechnic features can be real e g include gunpowder and or simulated fig9 shows an illustrative compressor 500 that can be used to pressure powder in a canister such as the exemplary powder burst canister 550 of fig1 fig1 shows a burst canister 550 installed in a 105 mm round the canister 550 includes an exhaust port 560 through which the pressurized powder can be discharged in one embodiment plumber 39 s putty 562 is.