If the probe spread is very minimal due to a close shot or a drive stun with a live cartridge, what action away from the probes will increase the spread and cause incapacitation?

If the probe spread is very minimal due to a close shot or a drive stun with a live cartridge, what action away from the probes will increase the spread and cause incapacitation?

• A. Drive stun
• B. Backward force
• C. Torque
• D. Forward push

Answer: (A)

The key idea here is how energy is delivered when the darts don’t spread out, such as in a very close shot. When the probes are clustered, the electric field is concentrated between them and may not affect a large area. Using drive-stun means delivering the electrical energy through the device’s contact points directly on the target’s skin, away from the probe tips. This direct contact spreads the energy over a broader local area and produces strong pain and neuromuscular disruption, increasing the chance of incapacitation even when the darts aren’t well separated. The other options involve physical movement or torque, which don’t expand the electrical exposure or reliably enhance incapacitation in this scenario.

The key idea here is how energy is delivered when the darts don’t spread out, such as in a very close shot. When the probes are clustered, the electric field is concentrated between them and may not affect a large area. Using drive-stun means delivering the electrical energy through the device’s contact points directly on the target’s skin, away from the probe tips. This direct contact spreads the energy over a broader local area and produces strong pain and neuromuscular disruption, increasing the chance of incapacitation even when the darts aren’t well separated. The other options involve physical movement or torque, which don’t expand the electrical exposure or reliably enhance incapacitation in this scenario.