High-Voltage vs. High-Amperage Stun Guns: Key Differences Explained

Voltage in stun guns primarily determines the ability of the device to penetrate clothing and reach the target’s nervous system. A higher voltage means the stun gun can deliver a shock that overcomes thicker layers of fabric, making it effective at various distances and scenarios. However, voltage alone doesn’t dictate how incapacitating the stun will be. It’s essential to understand that a very high voltage can cause a visible spark and a strong initial shock, but without sufficient current flow, the effect might be less disabling than expected. Voltage acts as the driving force behind the electrical pulse, ensuring the stun gun can break through barriers to deliver the necessary shock.

On the other hand, amperage-or current-is what truly determines the stun gun’s overall incapacitating power. The current disrupts the body’s muscle functions and nervous system, causing temporary immobilization. Even a stun gun with moderate voltage can be highly effective if it delivers a strong enough current. When choosing a stun gun, consider your specific safety needs: if you require penetration through thick clothing, prioritize higher voltage; if you want to ensure maximum disabling power at close range, focus on devices with greater amperage. A well-balanced stun gun combines both elements to provide reliable, non-lethal protection that suits your personal defense strategy.

• High Voltage: Better clothing penetration, visible spark effects
• High Amperage: Stronger muscle disruption and temporary immobilization
• Balanced Choice: Optimal protection through effective voltage and current combination