M18 Taser Information Page
1.
How does an ADVANCED TASER work?
2.
How can the ADVANCED TASER be so effective yet
non-injurious?
3.
Does the TASER affect the heart or a cardiac
pacemaker?
4.
Isn't high voltage lethal?
5.
Will the TASER cause electrocution?
6.
What are the aftereffects?
7.
Must the probes penetrate the body to be
effective?
8.
What if the probes miss?
9.
Can the ADVANCED TASER cause fire?
10.
What about the potential of eye injury from the ADVANCED
TASER?
11.
How will the ADVANCED TASER prevent criminal
use?
12.
Will the probes stick to bulletproof vests?
13.
What is the best-shot at maximum range?
14.
Does temperature have a detrimental effect on the ADVANCED
TASER?
1. HOW DOES AN
ADVANCED TASER WORK?
Upon firing,
compressed nitrogen projects two ADVANCED TASER probes 15 feet
at a speed of 180 feet per second. The probes are connected by
thin insulated wire back to the M18. An electrical signal
transmits throughout the region where the probes make contact
with the body or clothing. The result is an instant loss of the
attacker’s neuromuscular control and any ability to perform
coordinated action. ADVANCED TASER uses an automatic timing
mechanism to apply the electric charge for 5
seconds.
2. HOW CAN THE ADVANCED TASER BE SO EFFECTIVE
YET NON-INJURIOUS?
The ADVANCED
TASER does not depend upon impact or body penetration to
achieve its effect. Its pulsating electrical output interferes
with communication between the brain and the muscular system,
resulting in loss of control. However, the ADVANCED TASER is
non-destructive to nerves, muscles and other body elements. It
simply affects them in their natural mode. More importantly, no
deaths have ever been directly attributed to the
TASER.
3. DOES THE TASER AFFECT THE HEART OR A
CARDIAC PACEMAKER?
The ADVANCED
TASER’s output is well below the level established as “safe” by
the federal government in approving such devices as the
electrified cattle fence. In a medical study, Dr. Robert
Stratbucker tested the M26 at the University of Missouri and
confirmed that the T-Wave does not interrupt the heartbeat or
damage a pacemaker. Any modern pacemaker is designed to
withstand electrical defibrillator pulses that are hundreds of
times stronger than the ADVANCED TASER’s output. The ADVANCED
TASER current of 1.76 Joules is well below the 10-50 joule
threshold above which cardiac ventricular fibrillation can
occur.
4. ISN’T HIGH VOLTAGE
LETHAL?
High voltage,
in itself, is not dangerous. One can receive a 25,000-volt
shock of static electricity from a doorknob on a dry day
without harm. The physiological effect of electrical shock is
determined by: the current, its duration, and the power source
that produces the shock. The typical household current of 110
volts is dangerous because it can pump many amperes of current
throughout the body indefinitely. By contrast, the ADVANCED
TASER power supply consists of 8 AA alkaline 1.5-Volt batteries
capable of supplying 18 Watts of electrical power for a few
seconds.
5. WILL THE TASER CAUSE
ELECTROCUTION?
No. The output
is metered by the electronics and the electrical energy in each
pulse is always the same, regardless of the target condition.
The electrical output will not be transferred from one person
to another even if they touch. Over 1,000 individuals have
personally tested the ADVANCED TASER.
6. WHAT ARE THE
AFTEREFFECTS?
A person hit
with an ADVANCED TASER will feel dazed for several seconds.
Recovery is fast and the effects stop the very instant that the
M18 shuts off. Some will experience critical response amnesia
and others will experience tingling sensations afterwards. The
pulsating electrical output causes involuntary muscle
contractions and a resulting sense of vertigo. It can
momentarily stun or render immobilized. Yet, the ADVANCED
TASER’s low electrical amperage and short duration of pulsating
current, ensures a non-lethal charge. Moreover, it does not
cause permanent damage or long-term aftereffects to muscles,
nerves or other body functions. A January 1987 Annals of
Emergency Medicine study reported that similar TASER technology
leaves no long term injuries compared with 50% long term
injuries for gun shot injuries.
7. MUST THE PROBES PENETRATE THE BODY TO BE
EFFECTIVE?
No. The
electrical current will “jump” up to two inches as long as both
probes are attached to clothing or skin. At most, only the
3/8-inch needlepoint will penetrate the skin. They have less
energy than a spring propelled BB. Both probes need to contact
the body or else contact clothing and be within two inches of
the body to stop an attacker.
8. WHAT IF THE PROBES
MISS?
The ADVANCED
TASER can work if one probe hits a human and the second falls
on grass or dirt as the power grounds. However, the results
depreciate substantially if the second probe lands on concrete,
asphalt or not all on wood floors. Otherwise, the M18 can be
used in a touch-stun mode. The user is thus provided with two
backups. A secondary Air Cartridge is available that holds a
backup cartridge below the ADVANCED TASER’s handgrip. A final
backup if the probes miss the target is the touch stun feature.
Should the user miss or engage a second attacker, the ADVANCED
TASER can applied directly to the target and it will work like
a powerful touch-stun device.
9. CAN THE ADVANCED TASER CAUSE
FIRE?
The ADVANCED
TASER will not ignite standard solids or even black gunpowder.
However, the spark from an ADVANCED TASER can ignite some
flammable liquids, vapors, meth labs or sensitive explosives.
The ADVANCED TASER should not be used anywhere that cigarettes
are forbidden for fire safety reasons. The ADVANCED TASER
should never be used on anyone who has been sprayed with an
alcohol based chemical spray – including some alcohol based
pepper sprays — which could ignite.
10. WHAT ABOUT THE POTENTIAL OF EYE INJURY
FROM THE ADVANCED TASER?
The ADVANCED
TASER should always be aimed at the attacker’s chest or back,
since both probes need to hit some part of the body to be
effective. The torso provides the largest surface area to hit.
The ADVANCED TASER should never be aimed toward an attacker’s
face. This is a serious self-defense device and should be
treated as such. Moreover, putting any sharp object into an eye
is potentially dangerous to the cornea.
11. HOW WILL THE ADVANCED TASER PREVENT
CRIMINAL USE?
Our mission is
to ensure technology can play a positive role in our society.
To that end, an Anti-Felon Identification (AFID) system is used
so criminal use of the ADVANCED TASER can be traced from
evidence dispersed by the device itself to provide the exact
identification of the Air Cartridge purchaser. No other
self-protection device in the world — guns, chemical and pepper
sprays, touch-stun devices or batons — can be traced from
evidence at the scene of the crime directly to the registration
of the user.
12. WILL THE PROBES STICK TO BULLETPROOF
VESTS?
Some
bulletproof vests are made specifically to stop only bullets
and gun shot projectiles — not knives or sharp devices such as
syringe needles. Should the probes attach to clothing in front
of the soft body armor, the T-Wave can penetrate some of these
vests with near full-effect. Although most bulletproof vests
are made to stop bullets, the vests are porous and will not
stop the flow of electrons. A bulletproof jacket with metal
shock plates can cause the probes to bounce off the target.
However, some companies have reported that there is soft body
armor that has filled the porous material with rubber and/or
plastics, which may prevent the T-Wave from penetrating the
body armor. Twaron is difficult for the TASER-Wave to pass
through in bulk.
13. WHAT IS THE BEST-SHOT AT MAXIMUM
RANGE?
As long as the
spread of the probes is at least four inches, the ADVANCED
TASER will be extremely effective. To ensure that the spread is
greater than four inches, the ADVANCED TASER should be fired at
a target several feet away. The optimum shot is from seven to
ten feet away from the target to achieve maximum effect using a
15-foot cartridge.
14. DOES TEMPERATURE HAVE A DETRIMENTAL
EFFECT ON THE ADVANCED
TASER?
Yes. The
weakness to the system is not the ADVANCED TASER. The batteries
limit the effectiveness in cold and extremely hot temperatures.
Alkaline batteries perform poorly at freezing temperatures.
However, Nickel Metal Hydride (NiMH) rechargeable batteries can
be substituted in a freezing climate, as their performances are
better suited in colder climates. The heat issue is only an
issue if the ADVANCED TASER were left sitting in the sun, once
again adversely affecting the batteries. As for the Air
Cartridge, it utilizes compressed nitrogen (an inert gas). The
ADVANCED TASER compressed air capsules have successfully held
their charges at temperatures of minus 20º F and up to 160º F.
Moreover, altitude will not adversely effect the firing of an
ADVANCED TASER. In addition, the temperature will not effect
the T-Wave. However, as with any product containing
polycarbonates and other thermoplastics, the ADVANCED TASER and
Air Cartridges should never be left in direct
sunlight.
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