What is the optimal spread of electrodes for maximum effectiveness of a TASER?

The optimal spread of electrodes for maximum effectiveness of a TASER is around 12+ inches. This distance ensures that the electrical current delivered through the TASER has a greater chance of affecting the major muscle groups and incapacitating the subject effectively. When the electrodes are spread this far apart, the electrical current can more effectively traverse the body, impacting both motor functions and muscle contraction.

A spread of 12+ inches allows for improved physiological effects because it maximizes the likelihood of targeting different muscle groups and ensuring that the electrical stimulation covers a wider area. This increased distance directly correlates with the potential for incapacitating a subject, as it disrupts voluntary muscle control and can lead to immediate neuro muscular incapacitation (NMI).

The other options, while they may still function to some extent, do not maximize the effectiveness of the TASER like the 12+ inch spread does. For example, a spread that is too short may not affect the key muscle groups as effectively, diminishing the capacity of the TASER to incapacitate the target. Therefore, understanding the reasoning behind the optimal distance is crucial for effective deployment in real-world scenarios.