What should be done if a drive stun is used with close range to ensure incapacitation is achieved?

What should be done if a drive stun is used with close range to ensure incapacitation is achieved?

• A. Apply drive stun away from the probes
• B. Return to standard firing with probes only
• C. Adjust the dart angle
• D. Move to higher voltage setting

Answer: (A)

When using a drive-stun at close range, the goal is to create a current path through enough tissue to disrupt motor control. If the drive-stun is applied right at the outreach area of the probes or immediately where the probes contacted, the energy can travel a very short, localized path, reducing the effect. Placing the drive-stun away from the probe entry points forces the current to traverse a larger area of tissue, increasing the likelihood of a stronger neuromuscular response and quicker incapacitation. The other options don’t directly address the effectiveness of the drive-stun at close range: returning to standard firing relies on the darts for incapacitation, while adjusting dart angle or increasing voltage doesn’t improve the drive-stun current path in this scenario.

When using a drive-stun at close range, the goal is to create a current path through enough tissue to disrupt motor control. If the drive-stun is applied right at the outreach area of the probes or immediately where the probes contacted, the energy can travel a very short, localized path, reducing the effect. Placing the drive-stun away from the probe entry points forces the current to traverse a larger area of tissue, increasing the likelihood of a stronger neuromuscular response and quicker incapacitation. The other options don’t directly address the effectiveness of the drive-stun at close range: returning to standard firing relies on the darts for incapacitation, while adjusting dart angle or increasing voltage doesn’t improve the drive-stun current path in this scenario.