China Discloses First Electromagnetic Launch and Live-Fire Tests for Sichuan Warship

On August 1, 2026, Chinese state media broadcast footage showcasing dead-weight electromagnetic catapult launches and live-fire tests conducted on the Sichuan, the lead vessel of China's Type 076 amphibious assault ship class. According to reports by CCTV and IT Home, the harbor basin tests confirmed initial operations of the vessel's domestically developed catapult system, designed to handle diverse platform loads ranging from uncrewed aerial vehicles to heavier fixed-wing jets.

The introduction of electromagnetic catapult and arresting gear technology on an amphibious assault ship represents a structural development in naval architecture. By enabling the launch and recovery of heavier fixed-wing aircraft and specialized uncrewed aerial vehicles from a 40,000-ton platform, China seeks to enhance the operational flexibility and aviation capacity of its expeditionary fleets in deep-sea environments.

On August 1, 2026, Chinese state media released footage showcasing initial operational tests conducted on the Sichuan, the lead ship of China's Type 076 amphibious assault ship class. The broadcast, featured in an official media piece titled "Zhisheng" during Army Day observances, publicly revealed live-fire exercises and dead-weight electromagnetic catapult launches for the first time, according to reports by CCTV and IT Home. During the catapult test conducted inside a harbor basin, a weighted test vehicle simulating an aircraft was accelerated along the ship's full-length continuous flight deck. State media reported that the launch marked the initial operational verification of the vessel's electromagnetic catapult and arresting gear systems, moving the platform from preliminary testing toward stabilized function. The Sichuan is described in state reports as the world's first amphibious assault ship equipped with electromagnetic launch and recovery technology. Designed with a full load displacement exceeding 40,000 metric tons, the platform features twin island structures and a continuous flight deck. According to IT Home, its catapult system is fully domestically produced and based on the medium-voltage direct-current architecture implemented on China's Fujian aircraft carrier. Official accounts noted that during sea trials for the Fujian, its catapult system recorded a failure rate of 0.03 percent. The launch mechanism on the Sichuan is designed to adjust catapult force to accommodate a broad spectrum of platform weights, ranging from lightweight uncrewed aerial vehicles to heavier combat aircraft. Official media commentary emphasized that the platform targets deep-sea uncrewed combat operations, representing a structural evolution beyond traditional amphibious landing platforms. Crew members aboard the Sichuan, many of whom previously served on conventional landing ships, are currently undergoing training to adapt to the vessel's automated and electromagnetic systems. Statements from naval personnel carried by state media described the deployment of the Type 076 as part of a broader transition toward mastering higher-technology aviation platforms and expanded maritime roles.