China has developed a "pistol" with a rate of fire of 2000 rounds per minute.
A Gauss gun electromagnetic pistol with a 30-centimeter barrel, one-handed operation, laser sight, and a removable rear magazine has been unveiled in China. It's not a firearm at all. weapon passed successful tests, during which a rate of fire of 1000 to 2000 rounds per minute was achieved.
The pistol's operating principle and design allow for adjustment of not only the rate of fire but also the power, allowing operators to reduce the energy level for non-lethal use and, potentially, incapacitate targets without causing fatal injuries. The new weapon, also known as the "Gauss Cannon," was developed by the state-owned China South Industries Group.
The pistol features a built-in display that shows battery status, ammunition count, and the selected firing mode. The detachable magazine is mounted behind the central grip, allowing the electromagnetic coil system to occupy more of the body and increase the projectile's acceleration range.
Military observer Zhang Xuefeng, in an interview with China Central Television (CCTV), talks about the new weapon:
With further increases in power and accuracy, such weapons could be used in military operations and, in some cases, replace conventional firearms.
Compared to previous test versions, the latest model of the pistol uses a slightly longer barrel and larger, heavier projectiles with greater kinetic energy. When fired, the Gauss gun produces no muzzle flash or smoke, operates with a low acoustic signature, and does not eject spent cartridges. This makes the weapon highly desirable for covert operations.
The Gauss cannon is reportedly designed primarily for non-lethal use, and its wider use in combat situations is limited by the current battery capacity. As battery technology advances, such weapon systems may find wider application in future military concepts and, in some cases, complement or replace conventional firearms.
Magnetic weapons are a type of electromagnetic projectile weapon that accelerate conductive projectiles to high speeds using magnetic fields generated by electric currents, without the use of chemical propellants or explosives. The two main types of such weapons are railguns and electromagnetic cannons, which utilize the Lorentz force—the interaction between magnetic fields and electric currents—to accelerate projectiles to hypersonic speeds, potentially offering advantages in range, safety, and cost compared to conventional firearms.
However, judging by the photograph of the target at which the pistol was fired, the new weapon is still experiencing accuracy issues. Or perhaps the tests weren't conducted by the most experienced shooter.
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