Japan Installs Electromagnetic Railgun On Naval Test Ship For Sea Trials

JS Asuka
Image Credits: Wikipedia

Japan’s Ministry of Defense has officially revealed the installation of a prototype electromagnetic railgun on its naval test platform, JS Asuka (ASE-6102).

The Japan Maritime Self-Defense Force (JMSDF) released images on April 9, 2025, during a visit by Vice Admiral Omachi Katsushi, Commander of the Self-Defense Fleet.

The turret-mounted railgun is now fixed to the rear flight deck of the 6,200-ton JS Asuka, a vessel long used for testing advanced maritime technologies.

Developed by the Acquisition, Technology & Logistics Agency (ATLA), Japan’s railgun program began full-scale development in 2016 under the project “Research on Electromagnetic Acceleration Systems.”

In 2023, Japan conducted the world’s first shipboard firing test of a railgun, and the installation on JS Asuka is a shift from prototype evaluation to practical weapon system integration.

ATLA’s railgun has demonstrated muzzle velocities exceeding Mach 6.5 (2,230 m/s), with earlier tests achieving up to 120 stable firings at 2,000 m/s.

Researchers addressed barrel erosion issues by replacing copper rails with more durable materials, enabling longer operational life.

The current phase, running through FY2026, aims to develop a complete gun system including continuous firing capability, a dedicated fire control system, and enhanced projectile stability.

This advancement could allow the railgun to intercept hypersonic missiles and strike naval or ground targets over long distances with low-cost, high-speed kinetic rounds.

Japan envisions integrating railguns into future 13DDX destroyers and truck-mounted land systems for both coastal and artillery roles.

The system’s potential to offer deep magazines and rapid response firepower could revolutionise defense against fast, high-volume threats.

The US Navy previously postponed its railgun program due to technical hurdles, but Japan appears to be making steady progress in adapting the technology for operational deployment.

References: Naval news, TWZ

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