vrlo mocna mashina ! oklopljena kao Abrams tenk , izuzetna snaga motora ! (i izgleda da je to njegova sasija )
korisno , vrlo korisno takodjer za deminiranje terena od zaostalih mina i neexplodiranih bombi poslije ratnoga sukoba ( treba nam par ovakvih nama na Balkanu da pociste zaostale mine )
A dazzler is a type of a directed-energy weapon employing intense visible light, usually generated by a laser (laser dazzler). Dazzlers can operate in infrared when their targets are electronic sensors. Most of the contemporary systems are man-portable, and operate in either the red (a semiconductor laser) or green (a DPSS laser) part of the electromagnetic spectrum.
Weapons designed to cause permanent blindness are banned by the 1995 United Nations Protocol on Blinding Laser Weapons. The dazzler is a non-lethal weapon intended to cause temporary blindness or disorientation and therefore fall outside this protocol.
Origins
Some searchlights are bright enough to cause permanent or temporary blindness, and they were used to dazzle the crews of bombers during World War II.[citation needed]
Handgun or rifle-mounted lights may also be used to temporarily blind an opponent and are sometimes marketed for that purpose. In both cases the primary purpose is to illuminate the target and their use to disorient is secondary.
[edit] First use in Falklands War
The first reported use of laser dazzlers in combat was possibly by the British, during the Falklands War of 1982, when they were reputedly fitted to various Royal Navy warships in order to hinder low-level Argentinian air attacks.[1][2]
[edit] Use by United States forces in Iraq
At the end of Operation Desert Storm, F-15E crews observing the Iraqi military's massacre of Kurdish civilians at Chamchamal were forbidden from firing on the attackers, but instead used their lasers as a dazzler weapon. This ultimately proved ineffective in crashing any attack helicopters.[3]
On 18 May 2006, the U.S. military announced it would issue dazzling lasers designed to be attached to M-4 rifles to troops in Iraq. This weapon is intended to provide a non-lethal way to stop drivers who fail to stop at checkpoints manned by American soldiers.
* LE Systems, under the sponsorship of DARPA, developed a dazzler based on a DPSS laser, with green light output at 532 nm, essentially a greater-intensity version of the green laser pointers. The advantage of 532 nm wavelength lies in its ability to interact with human eye in both daylight and reduced light conditions.
* The GLARE MOUT and the GLARE LA-9/P have been developed by B.E. Meyers [1]to provide a non-lethal deterrent weapon which temporarily interferes with a suspect's vision without causing any ocular damage. Unlike simple laser pointers that are engineered to output a tight beam, the GLARE lasers are designed to output a slightly diverging green beam that is less of an ocular hazard but still retains the desired impact on the viewer. The diverging output also results in a larger spot at the intended target, making aiming the device over long distances, or at multiple subjects, much easier. While the GLARE MOUT's effective range is 150m-2 km, the the GLARE LA-9/P is intended to be effective out to a range of 300m-4 km. The GLARE LA-9/P has an additional safety feature that neutralizes the possibility of eye injury even at close distances.
* The Saber 203 dazzler or "Saber 203 Grenade Shell Laser Intruder Countermeasure System", uses a 250 mW red laser diode, mounted in a hard plastic capsule in the shape of a standard 40 mm grenade, suitable for being loaded into a M203 grenade launcher. It has an effective range of 300 meters. It is controlled via a box snapped under the launcher, with the batteries and firing switch housed in this box. In emergency it can be quickly ejected and replaced with a grenade. It is similar to the LANL-developed optical munition, Project Perseus. The U.S. Marine Corps brought Saber 203 dazzlers to Somalia in January 1995 during Operation United Shield, but senior U.S. Department of Defense officials reportedly halted its experimental use in Somalia at the last minute for "humane reasons".[4][5] According to the Air Force, the Saber 203 system is also usable for law enforcement purposes. Saber 203 was briefly referred to in one of the combat scenes in the novel "Politika," -- the first novel in the Power Plays series of novels.
* The JD-3 laser dazzler is mounted on the Chinese Type 98 main battle tank. It is coupled with a laser radiation detector, and automatically aims for the enemy's illuminating laser designator, attempting to overwhelm its optical systems or blind the operator.
* The ZM-87 Portable Laser Disturber is a Chinese electro-optic countermeasure laser device. It can blind enemy troops at up to 2 to 3 km range and temporarily blind them at up to 10 km range. See ZM-87 or this link for more information.
* The Photonic Disruptor, classified as a TALI (Threat Assessment Laser), was developed and manufactured by Wicked Lasers in cooperation with Xtreme Alternative Defense Systems. This tactical laser is equipped with a versatile focus-adjustable collimating lens to compensate for range and power intensity when used to either incapacitate an attacker in close range or safely identify threats from a distance. The Photonic Disruptor has been featured on Discovery Channel's "Future Weapons." It was also reportedly used by Sea Shepherd Conservation Society during their operations with the Ady Gil in the Southern Ocean against Japanese whaling.[6]
http://www.jetlasers.net/laser-dazzler.html
* The Outfit DEC or Laser Dazzle Sight (LDS) is a British ship-based laser, used since the 1980s. The veiling-glare laser works on ultraviolet and is designed to dazzle by causing fluorescence in the lens of the eye. There are other such laser weapon systems in development.[7][8][9][10]
PHaSR - A United States Dazzler style weapon.
* StunRay is a less-lethal optical incapacitation effector developed by Genesis Illumination Inc. that uses collimated incoherent (non-laser) broad spectrum visible and near infrared light from a short-arc lamp to safely and temporarily impair vision, disorient and incapacitate aggressors for 5-seconds to 3 minutes without causing physical harm. Full recover generally occurs in 10–20 minutes. The hand-held model is designed for a range of 10m to 100m. StunRay can be scaled up for ranges from 100m to 1000m for vehicle mounting, checkpoints, secure facilities, patrol boats, and ship protection.[11]
Nije fotomontaža indukcijski elektricitet visokog napona pravi naponski most između elektrode i metalnog objekta (mine). Mina se verovatno u trenu zagrije na temperaturu eksplozije? Ili možda jaki napon kao neka velika iskra zapali eksploziv? Barem si ja tako zamišljam da to radi.
