| Method of Incapacitation:
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| | contact the body or clothing and be
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| Electro-physical, involuntary contraction
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| | within two inches of the body to stop an
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| of skeletal muscle tissue. It overrides
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| | attacker.
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| the motor nervous system, blocking
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| | The Advanced Taser can work if one probe
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| command and control of the human body.
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| | hits a human and the second falls on
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| Existing stun systems stimulate sensory
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| | grass or dirt as the power grounds.
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| neurons and can be over-ridden by a
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| | However, the results depreciate
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| focused individual. The Advanced Taser
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| | substantially if the second probe lands
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| directly stimulates motor nerve and
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| | on concrete, asphalt or not at all on
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| muscle tissue, causing incapacitation
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| | wood floors. A secondary Air Cartridge
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| regardless of mental focus, training,
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| | accessory is available that holds a
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| size, or drug induced dementia.
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| | backup cartridge below the Advanced Taser
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| Upon firing, compressed nitrogen projects
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| | handgrip. A final backup if the probes
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| Advanced Taser probes 15 or 21 feet
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| | miss the target is the touch stun
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| (depending on cartridge) at a speed of
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| | feature. Should the user miss or engage a
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| 180 feet per second. The probes are
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| | second attacker, the Advanced Taser can
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| connected by thin insulated wire back to
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| | be applied directly to the target and it
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| the Advanced Taser. An electrical signal
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| | will work like a powerful touch-stun
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| transmits throughout the region where the
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| | device.
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| probes make contact with the body or
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| | The Advanced Taser will not ignite
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| clothing. The result is an instant loss
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| | standard solids or even black gunpowder.
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| of the attacker's neuromuscular control
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| | However, the spark from an Advanced Taser
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| and any ability to perform coordinated
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| | can ignite some flammable liquids,
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| action Advanced Taser uses an automatic
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| | vapors, meth labs or sensitive
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| timing mechanism to apply the electric
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| | explosives. The Advanced Taser should not
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| charge for 5 seconds. Advanced Taser does
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| | be used anywhere that cigarettes are
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| not depend upon impact or body
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| | forbidden for fire safety reasons.
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| penetration to achieve its effect. Its
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| | The Advanced Taser should always be aimed
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| pulsating electrical output interferes
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| | at the attacker's chest or back, since
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| with communication between the brain and
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| | both probes need to hit some part of the
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| the muscular system, resulting in loss of
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| | body to be effective. The torso provides
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| control. However, Advanced Taser is
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| | the largest surface area to hit. The
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| non-destructive to nerves, muscles and
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| | Advanced Taser should never be aimed
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| other body elements. It simply affects
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| | toward an attacker's face. This is a
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| them in their natural mode. More
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| | serious self-defense device and should be
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| importantly, no deaths have ever been
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| | treated as such. Moreover, putting any
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| directly attributed to the Advanced
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| | sharp object into an eye is potentially
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| Taser.
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| | dangerous to the cornea.
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| The Advanced Taser's output is well below
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| | The Advanced Taser should be fired at a
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| the level established as "safe" by the
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| | target several feet away. The optimum
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| federal government. In a medical study,
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| | shot is from seven to ten feet away form
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| Dr. Robert Stratbucker tested an Advanced
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| | the target to achieve maximum effect
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| Taser at the University of Missouri and
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| | using a 15-foot cartridge and 12-18 for a
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| confirmed that the it does not interrupt
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| | 21-foot cartridge. The weakness to the
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| the heartbeat or damage a pacemaker. Any
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| | system is not the Advanced Taser. The
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| modern pacemaker is designed to withstand
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| | batteries limit the effectiveness in cold
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| electrical defibrillator pulses that are
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| | and extremely hot temperatures. Alkaline
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| hundreds of times stronger than the
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| | batteries perform poorly at freezing
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| Advanced Taser's output. The Advanced
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| | temperatures. However, Nickel Metal
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| Tasers current is well below the
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| | Hydride (NiMH) rechargeable batteries can
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| threshold which cardiac ventricular
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| | be substituted in a freezing climate, as
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| fibrillation can occur. High voltage, in
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| | their performances are better suited in
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| itself, is not dangerous. One can receive
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| | colder climates. The heat issue is only
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| a 25,000-Volt shock of static electricity
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| | an issue if the Advanced Taser were left
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| from a doorknob on a dry day without
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| | sitting in the sun, once again adversely
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| harm. The physiological effect of
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| | affecting the batteries. As for the Air
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| electrical shock is determined by: the
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| | Cartridge, it utilizes compressed
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| current, its duration, and the power
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| | nitrogen (an inert gas). The Advanced
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| source that produces the shock. The
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| | Taser compressed air capsules have
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| typical household current of 110 Volts is
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| | successfully held their charges at
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| dangerous because it can pump many
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| | temperatures of minus 20º F and up to
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| amperes of current throughout the body
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| | 160º F. Moreover, altitude will not
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| indefinitely.
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| | adversely effect the firing of an
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| The output is metered by the electronics
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| | Advanced Taser. In addition, the
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| and the electrical energy in each pulse
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| | temperature will not effect the T-Wave.
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| is always the same, regardless of the
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| | However, as with any product containing
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| target condition. The electrical output
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| | polycarbonates and other thermoplastics,
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| will not be transferred from one person
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| | the Advanced Taser and Air Cartridges
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| to another even if they touch. Over 1,000
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| | should never be left in direct sunlight.
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| individuals have personally tested the
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| | While the AIR TASER uses extremely
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| Advanced Taser.
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| | advanced technology, it is simple to use:
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| A person hit with an Advanced Taser will
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| | Simply pull back the safety slide and
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| feel dazed for several seconds. Recovery
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| | press the trigger. The Advanced Taser
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| is fast and the effects stop the very
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| | microprocessor is programmed to
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| instant that the unit shuts off. Some
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| | administer a 30-second Advanced Taser
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| will experience critical response amnesia
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| | discharge -- so you don't have to worry
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| and others will experience tingling
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| | about how long to hold down the button.
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| sensations afterwards. The pulsating
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| | Or, turn the unit on or off at your
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| electrical output causes involuntary
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| | discretion. Because the Advanced Taser
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| muscle contractions and a resulting sense
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| | transmits pulses into the nervous system,
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| of vertigo. It can momentarily stun or
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| | a hit anywhere on the body can be
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| render immobilized. Yet, the Advanced
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| | effective (see chart below). Thus, it is
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| Taser's low electrical amperage and short
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| | much easier to use than sprays or
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| duration of pulsating current, ensures a
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| | firearms which require a hit to a
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| non-lethal charge. Moreover, it does not
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| | specific zone of the body. An optional
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| cause permanent damage or long-term
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| | laser sight provides "day light" power
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| aftereffects to muscles, nerves or other
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| | laser illumination for pinpoint accuracy
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| body functions.
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| | (and stronger deterrence). Yet, with all
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| The electrical current will "jump" up to
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| | this technology, the Advanced Taser
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| two inches as long as both probes are
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| | requires no maintenance other than
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| attached to clothing or skin. At most,
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| | replacement of its 9-Volt alkaline
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| only the 3/8-inch needlepoint will
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| | battery when the battery indicator shows
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| penetrate the skin. Both probes need to
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| | the battery is low.
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