U.S. Navy began testing advanced version of long-range electromagnetic weapon
The U.S. Navy has confirmed that began testing an advanced version of long-range electromagnetic weapon at the Naval Surface Warfare Center.
The new weapon system is a long-range electromagnetic railgun that fires projectiles using electricity instead of chemical propellants.
Last month, the U.S. Navy has reported that Engineers and technicians at Naval Surface Warfare Center, Port Hueneme Division’s (NSWC PHD) White Sands Missile Range (WSMR) Detachment began testing an electromagnetic railgun, May 15.
The test was the first firing series of the newly installed weapon at the site. Subsequent tests will be scheduled, post performance-data analysis, to advance the weapon’s commissioning.
“The installation of the railgun began earlier this year and required a large effort for the mount, gun, power controls, displays and functional ties into the range,” said Site Manager John Winstead. “The object of the test was essentially a shakedown of the newly-installed mount with accompanying power containers, controls and a fully functional execution team.”
A total of four rounds were fired with full diagnostics and verification. Initial estimated test dates were reduced from three to two days due to the success of the firings.
“The tests were very successful and alleviated the need to have further installation and check-out testing required for verification,” said Winstead.
The electromagnetic railgun is viewed as an innovative warfighting capability fulfilling the Navy’s requirement for a long-range, multi-mission weapon. The gun was moved to WSMR to conduct more advanced testing at an optimal range capacity.
Collateral achievements during initial research, development and testing of the weapon system have resulted in the hyper-velocity, precision-guided projectile designed for the railgun to be operationally viable in other weapons, such as the Navy 5-inch, 155mm, and other guns.
Advancements in electromagnetic railgun development and fielding have been attributed to pioneering research by NAVSEA scientists, retired Adm. James Hogg, and Hans Mark, who helped to establish …read more
Read more here:: Defence Blog (Naval)