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Voltage Facts
THE VOLTAGE MYTH
Stun guns rely on voltage to cause pain that will stop an attacker only a percentage of the time.
That is why the Air TASER® Weapon has been discontinued. The new Advance Tasers do not rely on voltage.
They utilize an advance technolgy that totally interrupts the body's electrical system which is effective 100% of the time.
The electronic stun device market is permeated with claims of extremely high voltages.
Unfortunately, most of these claims have little basis in reality. As you can see in the
table below from an independent published source, the advertised voltage of most stun
devices is greatly exaggerated.
| Model2 |
Advertised
voltage |
Actual
Peak Voltage |
| AIR TASERTM |
50,000V |
50,000V |
| O-mega SS |
120,000 V |
16,400 V |
| Nova Spirit |
20,000 V |
24,900 V |
| STN-160 |
160,000 V |
28,700 V |
| SK Thunder Power |
120,000 V |
25,000 V |
| SK Thunder 945SP |
65,000 V |
23,000 V |
| SK Sigma-7 Model C |
45,000 V |
20,700 V |
| Super Thunder |
75,000 V |
19,600 V |
| Z-Force-Ultra |
150,000 V |
25,200 V |
| Z-Force III |
100,000 V |
29,700 V |
| Z-Force I |
80,000 V |
20,400 V |
| STG-1 |
50-100,000 V |
11,000 V |
As you can see, only the Nova Spirit and AIR TASER advertise the actual voltage. The
AIR TASER has the highest, measurable, real voltage of any stun device on the market.
In reality, voltage tells you how far the spark will jump and how much clothing
the stun device can penetrate if the spark must jump through fabric. This is the only true
benefit from higher voltage (amperage and power determine how strong the pulse feels).
In order to measure the peak voltage of a stun device, simply measure the distance that
the spark jumps when you activate the stun gun into the air (measure from the
two points where the spark starts and stops). The rule of thumb is 30,000 Volts per inch.
For example, the maximum voltage of the stun gun below is 0.3 inches x 30,000 Volts/inch =
9,000 Volts.

Remember, the voltage is measured where the spark actually jumps, not from the forward
electrodes. Measure the length of the actual spark itself.
Again, there is much confusion about voltage. Voltage claims are usually not accurate.
However, calculating the length of the spark (and the voltage) will tell you how much
clothing a spark will penetrate. The best test for effectiveness is to look for the T-WaveTM
trademark and to test the unit to make sure it is built with quality and survivability.
Copies of independent tests available upon request.
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Phone: 480.905.2000, 800.978.2737, Fax: 480.991.0791
Internet Company is not affiliated with the manufacturer TASER International, Inc.
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