9. Shandong (Type 002)
The STOBAR carrier concept has evolved significantly with China’s first domestically built and designed aircraft carrier. With a larger flight deck, better aircraft handling systems, and improved propulsion systems among other changes over its predecessor, this 70,000-ton vessel is The carrier’s larger angle and better ski-jump design help to enable more effective aircraft launches. Superior situational awareness and targeting capability come from advanced radar systems including the Type 346A active electronically scanned array radar. Supported by modernised maintenance facilities and weapon handling equipment, the air wing capacity has been raised to allow up to 36 J-15 fighters and different support aircraft. Advanced data fusion capabilities and artificial intelligence-assisted decision support tools are included into the command and control systems of the ship. Improved operating efficiency and less crew need across the vessel come from increased automation all around. The carrier’s defensive suite comprises advanced electronic warfare tools, close-in fire systems, and HQ-10 surface-to–air missiles. While the more aircraft fuel capacity supports continuous flight operations, improved medical facilities and crew accommodations assist longer deployments. Lessons gained from running the Liaoning are included into the construction of the ship, hence enhancing stability and aircraft handling qualities.
10. JS Izumo (DDH-183)
Japan’s biggest post-war navy warship offers a creative way to operate carriers under constitutional limitations. Originally designated as a helicopter destroyer, the Izumo has been converted to run F-35B Lightning II aircraft, therefore turning it into a light aircraft carrier. Supporting mixed operations with rotary and fixed-wing aircraft, the 27,000-ton vessel boasts a full-length flight deck and advanced aviation facilities. Four GE LM2500 gas turbines in the ship’s COGAG (Combined Gas and Gas) propulsion system give great mobility and operating flexibility. Among advanced fighting systems include the FCS-3A air defence radar, OQQ-22 anti-submarine warfare suite, and complete electronic warfare capability. The distinctive architecture of the ship stresses multi-mission versatility, allowing quick switch between carrier attack operations, anti-submarine warfare, and humanitarian aid. Modern automated systems permit effective operation with a staff of merely 470 people. The ship’s medical facilities—a 35-bed hospital with surgical capacity—increase its value in humanitarian operations. Redundant essential systems and advanced damage control technologies guarantee combat survival. The F-35B’s integration calls for major changes to the flight deck and hangar facilities, therefore proving the design’s flexibility to meet changing operational needs.