China Building World’s First ‘Dedicated’ Drone Carrier: Report

China has silently unveiled a groundbreaking development in naval technology: the world’s first dedicated drone carrier.

According to Naval News, this revelation comes as a result of satellite imagery analysis and insights from J Michael Dahm, an esteemed expert in aerospace and China studies. The clandestine construction of this aircraft carrier, undisclosed by Beijing, marks a significant stride in China’s military strategy, particularly in the utilization of drones in combat scenarios.

Satellite images from the Jiangsu Dayang shipyard on the Yangtze River unveil the covert construction of this new carrier, specifically engineered to accommodate fixed-wing unmanned aerial vehicles (UAVs).

Distinguished by its unique features, this mystery vessel, launched in December 2022 but concealed until now, diverges from conventional US or Chinese aircraft carriers. Notably smaller in size, approximately one-third the length and half the width of its counterparts, it boasts an unconventional straight deck arrangement, preventing simultaneous takeoffs and landings.

Despite its compact stature, the carrier possesses ample width to support aircraft or drones with a wingspan of up to 20 meters, slightly smaller than World War II escort carriers but wider. Its design incorporates a runway along one side and an island superstructure on the other, while the hull adopts a distinct catamaran configuration.

Crucially, the low flight deck suggests the absence of a hangar below, further indicating its specialized purpose for drone operations. Moreover, its expansive flight deck is estimated to accommodate drones with wingspans of up to 65 meters, akin to China’s rendition of the US Predator drone.

Naval News also highlighted the shipyard’s history of constructing several high-tech target barges and two large drone motherships, which serve as opposing forces in training exercises, a role known as ‘Electronic Blue Force’. This history suggests that the new drone carrier could support similar missions.