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Originally posted by intelgurl
I'm pretty sure you have visited this post on DEW's...
www.abovetopsecret.com...
as far as some of this technology already being fielded, there is of course sonic crowd dispersion, active denial (milimeter-microwave) crowd dispersion, 15 kw range lasers for land mine clearing, and the list goes on.
These systems are very close to deployment or may already be seeing limited duty in Iraq.
The ABL is also ahead of schedule, and the holy grail of DoD lasers, the 100 kw solid state laser is developing at a rapid pace... will probably see field test as soon as some cooling issues are rectified...
By the end of the decade you can expect much of this to be common on the battle field, with the exception of the particle beams mentioned in the article.
Originally posted by intelgurl
I'm pretty sure you have visited this post on DEW's...
www.abovetopsecret.com...
as far as some of this technology already being fielded, there is of course sonic crowd dispersion, active denial (milimeter-microwave) crowd dispersion, 15 kw range lasers for land mine clearing, and the list goes on.
These systems are very close to deployment or may already be seeing limited duty in Iraq.
The ABL is also ahead of schedule, and the holy grail of DoD lasers, the 100 kw solid state laser is developing at a rapid pace... will probably see field test as soon as some cooling issues are rectified...
By the end of the decade you can expect much of this to be common on the battle field, with the exception of the particle beams mentioned in the article.
Originally posted by ppp
ZM-87 Portable Laser Disturber - 1995 (China)
Outfit DEC "Dazzler" - 1982 (Great britain)
for the list...
Originally posted by Nans DESMICHELS
Originally posted by intelgurl
I'm pretty sure you have visited this post on DEW's...
www.abovetopsecret.com...
as far as some of this technology already being fielded, there is of course sonic crowd dispersion, active denial (milimeter-microwave) crowd dispersion, 15 kw range lasers for land mine clearing, and the list goes on.
These systems are very close to deployment or may already be seeing limited duty in Iraq.
The ABL is also ahead of schedule, and the holy grail of DoD lasers, the 100 kw solid state laser is developing at a rapid pace... will probably see field test as soon as some cooling issues are rectified...
By the end of the decade you can expect much of this to be common on the battle field, with the exception of the particle beams mentioned in the article.
I dont think so. I'm sure most of these weapons, like lasers are hoax, mounted by the US governement to let people think they will remain military superiors for decades.
Laser, instead of state, like micro-waves, have the particularity to be matter selectives.
For example, some laser can only be used on metallic targets and wont do anything on organic matter. Some other are made for organic matter but have no effects on minerals...
Imagine how it would be if you need to have many differents lasers types addapted to the many differents targets types.
And, also, there is a problem of cost that will empeache armies (and even US army) to be equipied with these weapons until the end of the decade. To create you need some very expensives element, like diamonds, mirrors to concentrate light in a laser.
IG, I will take the advantage of age I have on you (something like 10 years more). I can tell you that military researches projects on laser since 20 or 30 years never have gave anything, in exception of hight missile guidance.
[Edited on 3-5-2004 by Nans DESMICHELS]
Originally posted by Nans DESMICHELS
I dont think so. I'm sure most of these weapons, like lasers are hoax, mounted by the US governement to let people think they will remain military superiors for decades.
Laser, instead of state, like micro-waves, have the particularity to be matter selectives.
For example, some laser can only be used on metallic targets and wont do anything on organic matter. Some other are made for organic matter but have no effects on minerals...
Imagine how it would be if you need to have many differents lasers types addapted to the many differents targets types.
And, also, there is a problem of cost that will empeache armies (and even US army) to be equipied with these weapons until the end of the decade. To create you need some very expensives element, like diamonds, mirrors to concentrate light in a laser.
IG, I will take the advantage of age I have on you (something like 10 years more). I can tell you that military researches projects on laser since 20 or 30 years never have gave anything, in exception of hight missile guidance.
[Edited on 3-5-2004 by Nans DESMICHELS]
Originally posted by longbow
Hoax? Lasers are HOAX? People you should watch these two small videos:
MTHEL shooting down Katyushas
www.st.northropgrumman.com...
MTHEL shooting down artilery rounds
www.st.northropgrumman.com...
Any comments?
Originally posted by Nans DESMICHELS
Originally posted by longbow
Hoax? Lasers are HOAX? People you should watch these two small videos:
MTHEL shooting down Katyushas
www.st.northropgrumman.com...
MTHEL shooting down artilery rounds
www.st.northropgrumman.com...
Any comments?
These videos let me very skeptical to these. They really look like fake : When the rocket are launch, and when the laser start to lock them, it's day, but when the laser enlight, it's in a dark night (I've watched closely 5 or 6 times, and I'm sure of what I say). Altought, when the rockets explodes, it's day !..
I dont know how many gigawatts you need for a laser of this diameter, but you dont have any idea of how many energy you need to.
For Latex, it's another thing, LATEX work like a "firestarter", it make the missile's targeted charge explode by causing a temp elevation of the head of the rocket. It's the same principle for planes, but localised at the kerosen tank. So, these laser (LATEX, HELIX) are not considers are as DEW's.
I'm still skeptical, but you misunderstood me : I know that in the DEW's weapons class, some weapons are still existing, but I think some DEW's US pretend to devellop aren't technically or tactically usable, functionable or simply are too expensives to be produced in mass, to equip an army, or need a too big infrastructure to be usa on a battle field ground.
Originally posted by Nans DESMICHELS
I know that about ZEUS, and another ICBM defense system based on LASER's. It's not new.
Did you know that the very first military application of the LASER find it source from the ancient greek mathematician "ARCHIMEDES" :
The story takes place in the coastal city of Syracuse on the southeastern shore of Sicily, an island located across the Messina Straits from the southwestern coast of Italy. During the year 213 bc�2,217 years ago�Syracuse was the home of Archimedes. He was in his 75th year and after spending many years in Greece had returned to Syracuse for his retirement. Marcus Claudius Marcellus, the Roman commander, began attacking Syracuse during the second Punic War with a fleet of over 50 quinqueremes, vessels that were propelled by five banks of oars and filled with soldiers armed with all kinds of devices to overcome the city walls. Hiero, king of Syracuse, asked Archimedes to design a defense for the city. Attack after attack was successfully repelled, largely through the use of the mechanical engines engineered by Archimedes to hurl stones and other objects against the attackers. Marcellus demanded surrender; otherwise he promised to burn the entire city and execute all the people�Roman style. Fortunately for Syracuse, Archimedes had a secret weapon up his sleeve.
The geographical location of Syracuse led Marcellus to attack by sea from the east. He also chose to attack at daybreak so the sun would be at his back and in the eyes of the Syracuse defenders, hindering them from detecting and tracking his fleet. However, this geographical orientation also proved advantageous to Archimedes since the fleet�s approach would be at a well-defined, small angle from the position of the sun. Archimedes conceived of a defense that employed mirrors to reflect and focus the sunlight on the Roman ships as they approached the island. The energy�s flux�reflected and focused sunlight�was sufficient to set the ships� tarred-fir planks on fire. In their first recorded use, relay mirrors destroyed Marcellus�s fleet.