LED Incapacitator
Encyclopedia
The LED Incapacitator is a weapon designed like a flashlight
. It emits an extremely bright, rapid, and well-focused series of 'differently-colored random pulses.' Before the human eyes can focus in on one frequency, another frequency comes on, causing intracranial pressure
, which results in cluster headaches, nausea, vomiting, disorientation, irritability, and visual impairment to the target (opponent).
The non-lethal weapon is intended as a means of protection by law enforcement officials such as the border patrol and police. The light emitted is capable of rendering opponents temporarily blind, so they can be easily subdued.
, the weapon works:
The manufacturer, Intelligent Optical Systems (IOS), was awarded an $800,000.00 contract by the United States
Department of Homeland Security's Small Business Innovation Research Office. As of August, 2007, the first phase of the contract, which called for the development of a prototype, has been completed. Later phases involve the testing of the prototype by the Institute of Nonlethal Defense at Pennsylvania State University
, and the development of a production version, planned to be more compact and easier to carry.
Bob Lieberman, president of IOS, said he envisions the device being used in "confrontations at border crossings with suspected illegal aliens or drug runners" among other possibilities. Projected users include "air marshals, border patrol agents, other officers with the Transportation Security Administration and customs officers" according to Gerald Kirwin of IOS. "In that few seconds, the officer has a tactical advantage and will actually close in to subdue or control the potential adversary," Lieberman said. The device can be used from ranges of up to 30 feet, while other non-lethal devices require an officer to approach the target much more closely, according to Lieberman.
Glenn Shwaery, a researcher into nonlethal technology at the University of New Hampshire
, says "If you disorient or distract somebody and cause them to look away, then they can't focus on their task, which could be aiming a weapon at someone, or looking at a screen with sensitive information, or dialing a phone." Shwaery says that an LED-based device could be safer than a laser-based device intended to achieve the same effects "Getting an eye-safe wavelength with a laser has been very difficult." Shwaery says that the presence of a range-finder and circuitry to modify the intensity of the light depending on the range in the LED device increases its safety. "The ideal goal for nonlethal technologies is that they be scalable." It was intended to be released to police, boarder patrol agents and National Guardsmen by 2010.
Peter Herby, head of the legal division of the "mines-arms unit" at the International Committee of the Red Cross
, suggests that such a device may raise many of the same issues as have arisen with laser-based blinding weapons, known as "dazzler
s" because of the intense light with which they temporarily or permanently blind people. He also raises the issue of a possible black market in such weapons. "Once they're in the hands of bad guys are the police going to have to wear protective gear to prevent them[selves] from being dazzled?" Herby states that he is not familiar with this specific device.
However Lieberman of IOS says: "We're taking great care to make sure the intensities we're using fall within eye-safe limit. We're doing medically supervised tests."
Flashlight
A flashlight is a hand-held electric-powered light source. Usually the light source is a small incandescent lightbulb or light-emitting diode...
. It emits an extremely bright, rapid, and well-focused series of 'differently-colored random pulses.' Before the human eyes can focus in on one frequency, another frequency comes on, causing intracranial pressure
Intracranial pressure
Intracranial pressure is the pressure inside the skull and thus in the brain tissue and cerebrospinal fluid . The body has various mechanisms by which it keeps the ICP stable, with CSF pressures varying by about 1 mmHg in normal adults through shifts in production and absorption of CSF...
, which results in cluster headaches, nausea, vomiting, disorientation, irritability, and visual impairment to the target (opponent).
The non-lethal weapon is intended as a means of protection by law enforcement officials such as the border patrol and police. The light emitted is capable of rendering opponents temporarily blind, so they can be easily subdued.
Description
According to the United States Department of Homeland SecurityUnited States Department of Homeland Security
The United States Department of Homeland Security is a cabinet department of the United States federal government, created in response to the September 11 attacks, and with the primary responsibilities of protecting the territory of the United States and protectorates from and responding to...
, the weapon works:
"By simultaneously overwhelming the subject both physiologically (temporarily blinding him) and psychophysically (disorienting him). A built-in range finder measures the distance to the nearest pair of eyeballs. Then, a “governor” sets the output and pulse train (a series of pulses and rests) to a level, frequency, and duration that are effective, but safe. The colors and pulses continuously change, leaving no time for the brain or eyes to adapt. After a few minutes, the effects wear off."
The manufacturer, Intelligent Optical Systems (IOS), was awarded an $800,000.00 contract by the United States
United States
The United States of America is a federal constitutional republic comprising fifty states and a federal district...
Department of Homeland Security's Small Business Innovation Research Office. As of August, 2007, the first phase of the contract, which called for the development of a prototype, has been completed. Later phases involve the testing of the prototype by the Institute of Nonlethal Defense at Pennsylvania State University
Pennsylvania State University
The Pennsylvania State University, commonly referred to as Penn State or PSU, is a public research university with campuses and facilities throughout the state of Pennsylvania, United States. Founded in 1855, the university has a threefold mission of teaching, research, and public service...
, and the development of a production version, planned to be more compact and easier to carry.
Bob Lieberman, president of IOS, said he envisions the device being used in "confrontations at border crossings with suspected illegal aliens or drug runners" among other possibilities. Projected users include "air marshals, border patrol agents, other officers with the Transportation Security Administration and customs officers" according to Gerald Kirwin of IOS. "In that few seconds, the officer has a tactical advantage and will actually close in to subdue or control the potential adversary," Lieberman said. The device can be used from ranges of up to 30 feet, while other non-lethal devices require an officer to approach the target much more closely, according to Lieberman.
Glenn Shwaery, a researcher into nonlethal technology at the University of New Hampshire
University of New Hampshire
The University of New Hampshire is a public university in the University System of New Hampshire , United States. The main campus is in Durham, New Hampshire. An additional campus is located in Manchester. With over 15,000 students, UNH is the largest university in New Hampshire. The university is...
, says "If you disorient or distract somebody and cause them to look away, then they can't focus on their task, which could be aiming a weapon at someone, or looking at a screen with sensitive information, or dialing a phone." Shwaery says that an LED-based device could be safer than a laser-based device intended to achieve the same effects "Getting an eye-safe wavelength with a laser has been very difficult." Shwaery says that the presence of a range-finder and circuitry to modify the intensity of the light depending on the range in the LED device increases its safety. "The ideal goal for nonlethal technologies is that they be scalable." It was intended to be released to police, boarder patrol agents and National Guardsmen by 2010.
Deficiencies
Some test subjects have been completely unaffected by the light, and although the manufacture makes wide and un-based claims about the product's effectiveness, the CEO of Intelligent Optics, the producer of the device, has actually commented "I don’t think we've had anyone actually be sick"Criticism
Some critics have questioned the desirability of developing and deploying such a device for border security use. Deborah Notkin, president of the American Immigration Lawyers Association said: "It gives me pause, particularly in regards to Mexico. Mexico is a very important economic partner of ours. I would imagine that Mexico wouldn't be particularly happy with us using a device that would be more appropriate for criminals, not just for people trying to get across the border who are looking for better opportunities."Peter Herby, head of the legal division of the "mines-arms unit" at the International Committee of the Red Cross
International Committee of the Red Cross
The International Committee of the Red Cross is a private humanitarian institution based in Geneva, Switzerland. States parties to the four Geneva Conventions of 1949 and their Additional Protocols of 1977 and 2005, have given the ICRC a mandate to protect the victims of international and...
, suggests that such a device may raise many of the same issues as have arisen with laser-based blinding weapons, known as "dazzler
Dazzler (weapon)
A dazzler is a directed-energy weapon intended to temporarily blind or disorient its target with intense directed radiation. Targets can include sensors or human vision. Dazzlers emit infrared or visible light against various electronic sensors, and visible light against humans, when they are...
s" because of the intense light with which they temporarily or permanently blind people. He also raises the issue of a possible black market in such weapons. "Once they're in the hands of bad guys are the police going to have to wear protective gear to prevent them[selves] from being dazzled?" Herby states that he is not familiar with this specific device.
However Lieberman of IOS says: "We're taking great care to make sure the intensities we're using fall within eye-safe limit. We're doing medically supervised tests."