OMG! What next?
[h=1]Chinese Soldiers Now Have Laser Guns[/h] CNTV
[h=5]IN BRIEF[/h]The Chinese military's flagship newspaper announced that Chinese soldiers are now in possession of laser guns.
[h=5]LASER GUNS[/h]China’s military are now using laser guns—not the kind that Stormtroopers are armed with in Star Wars, as you might be thinking, but equally dangerous nonetheless. The weapons do not have fatal laser blasting capabilities, but are instead being used primarily to blind targets as well as interfere or damage opponent’s laser or night vision capabilities.
While international conventions such as the 1998 Protocol on Blinding Laser Weapons ban the use of lasers and other blinding weapons against humans, these optical and thermal sensors can apparently be used on vechiles, aircraft and robots.
The PY132A laser for instance, recently displayed at a domestic Chinese police expo, looks like it can be used against rogue and terrorist drones, with the laser powerful enough to blind enemy sensors and cameras as well. It even comes equipped with thermal and night imaging for precision aiming. The Low Altitude Guard II can be used for police law enforcement with its capability to shoot down small UAVs and apparently has a more powerful military counterpart.
PY132A Image Credit: China Daily[h=5]IN COMBAT[/h]In combat, these laser rifles can be used to disrupt and even destroy the sensitive thermal imagers of enemy tanks or blind slow flying UAVs, knock out security cameras, and sabotage sensors.
These applications address concerns about longstanding international protocols surrounding the technology but draw a very thin line between possible violations. For instance, while the proposed utilization of the weapons follow the standard by definition, what happens when the lasers are used against manned aircrafts such as military helicopters, where the laser beam scattering the light could potentially blind the pilot?
Nevertheless, while blasters or phasers in combat may be quite far off, these advances in military technology combined with a focus on using lasers as tactical weapons could see it become a reality within the next decade.
Source: Popular Science
[h=1]Chinese Soldiers Now Have Laser Guns[/h] CNTV
[h=5]IN BRIEF[/h]The Chinese military's flagship newspaper announced that Chinese soldiers are now in possession of laser guns.
[h=5]LASER GUNS[/h]China’s military are now using laser guns—not the kind that Stormtroopers are armed with in Star Wars, as you might be thinking, but equally dangerous nonetheless. The weapons do not have fatal laser blasting capabilities, but are instead being used primarily to blind targets as well as interfere or damage opponent’s laser or night vision capabilities.
While international conventions such as the 1998 Protocol on Blinding Laser Weapons ban the use of lasers and other blinding weapons against humans, these optical and thermal sensors can apparently be used on vechiles, aircraft and robots.
The PY132A laser for instance, recently displayed at a domestic Chinese police expo, looks like it can be used against rogue and terrorist drones, with the laser powerful enough to blind enemy sensors and cameras as well. It even comes equipped with thermal and night imaging for precision aiming. The Low Altitude Guard II can be used for police law enforcement with its capability to shoot down small UAVs and apparently has a more powerful military counterpart.
These applications address concerns about longstanding international protocols surrounding the technology but draw a very thin line between possible violations. For instance, while the proposed utilization of the weapons follow the standard by definition, what happens when the lasers are used against manned aircrafts such as military helicopters, where the laser beam scattering the light could potentially blind the pilot?
Nevertheless, while blasters or phasers in combat may be quite far off, these advances in military technology combined with a focus on using lasers as tactical weapons could see it become a reality within the next decade.
Source: Popular Science
