Browsing: How Stun Guns Work

When a stun gun shocks your body, it delivers an electric pulse that disrupts muscle control, causing temporary paralysis. This sudden jolt overrides the nervous system, allowing law enforcement to subdue without lasting harm.

Spark gaps play a crucial role in stun guns by generating high-voltage, rapid electrical arcs. These arcs disrupt the target’s neuromuscular system, delivering an effective non-lethal shock for self-defense.

Safety switches and triggers on stun guns are designed to prevent accidental discharge. The safety switch locks the device when not in use, while the trigger activates the stun mechanism, ensuring controlled and intentional operation.

Spark gaps are crucial in stun guns, creating high-voltage arcs that deliver powerful electric shocks. Understanding their function helps reveal how these devices incapacitate targets effectively and safely.

Stun guns emit a high-voltage, low-current shock that disrupts muscle control by interfering with the nervous system. This temporary paralysis incapacitates attackers, allowing victims to escape safely.