If a taser travels 6.6 meters, what is the expected spread?

If a taser travels 6.6 meters, what is the expected spread?

• A. 15 cm
• B. 30 cm
• C. 60 cm
• D. 90 cm

Answer: (C)

The main idea is how far apart the taser’s two probes end up when they reach the target, which grows as the distance increases. At a distance of about 6.6 meters, the two darts are typically separated by roughly six tenths of a meter. This level of spread reflects the small angular divergence the probes have as they leave the device and travel to target range, resulting in about 60 cm of separation at that distance. So 60 cm is the figure commonly taught for this range. The smaller options would imply a tighter dispersion than is usually observed at 6.6 meters, while a much larger spread like 90 cm would exceed typical field data.

The main idea is how far apart the taser’s two probes end up when they reach the target, which grows as the distance increases. At a distance of about 6.6 meters, the two darts are typically separated by roughly six tenths of a meter. This level of spread reflects the small angular divergence the probes have as they leave the device and travel to target range, resulting in about 60 cm of separation at that distance. So 60 cm is the figure commonly taught for this range. The smaller options would imply a tighter dispersion than is usually observed at 6.6 meters, while a much larger spread like 90 cm would exceed typical field data.