New satellite imagery from China’s Bohai Shipyard in Huludao has provided a detailed view of a nuclear-powered attack submarine widely believed to be the next-generation Type-095 class, although Beijing has not officially confirmed the designation. Commercial satellite operator Vantor captured the imagery on September 18, showing the submarine under construction at a major Chinese nuclear-submarine production centre. The stern section has attracted particular attention because it appears to reveal advanced design features that could improve stealth, manoeuvrability and combat performance. The submarine appears to use pump-jet propulsion rather than a traditional exposed propeller. A pump-jet encloses the propulsor inside a specially designed shroud and is generally associated with lower acoustic signatures, improved propulsion efficiency at higher underwater speeds and enhanced survivability. Reduced noise is particularly important for nuclear-powered attack submarines because it makes them more difficult for hostile submarines, surface warships and maritime patrol aircraft to detect and track. The imagery also appears to show an X-shaped stern-control configuration rather than the conventional cruciform arrangement used on many earlier Chinese nuclear submarines. Such an arrangement can improve underwater handling and control during complex manoeuvres while potentially reducing acoustic and hydrodynamic signatures. Analysts have also identified unusual hull features that could suggest additional payload capacity and have speculated about possible future advanced missile-launch capabilities, although there is no definitive confirmation. Unexplained openings near the submarine’s forward section could relate to sonar systems, future payload options or specialized equipment, but their exact purpose remains unclear. The suspected Type-095 is expected to succeed the Type-093 family and could become one of China’s most capable nuclear-powered attack submarines. China’s expanding submarine program forms part of a broader naval modernization effort involving both conventional and nuclear-powered submarines. The development also has implications for South Asia. Pakistan is acquiring eight Hangor-class submarines based on China’s Type-39A design, with four being built in China and four in Karachi. The program is expected to be completed by 2028, and the class will use air-independent propulsion technology that allows conventional submarines to remain submerged for longer periods without surfacing or frequently snorkeling. Once all eight vessels enter service, Pakistan’s submarine fleet is expected to reach 11 boats, including nine projected to have AIP capability. India currently operates 16 attack submarines and three strategic nuclear submarines, with its conventional fleet comprising Kalvari-, Sindhughosh- and Shishumar-class vessels. The Navy is working to integrate a DRDO-developed indigenous AIP system into Kalvari-class submarines to extend their submerged endurance. India’s 1998 submarine construction roadmap had envisaged 24 conventional submarines by 2030, but progress has fallen behind schedule. Six new submarines have entered service while four older boats have been retired. The P-75I program aims to acquire six to nine advanced conventional submarines and is valued at approximately ₹70,000 crore. Mazagon Dock Shipbuilders Limited and Germany’s ThyssenKrupp Marine Systems have cleared technical evaluation requirements. India is also pursuing Project-76 for conventional submarine development and Project-77 for indigenous nuclear-powered attack submarines, while seeking another leased Russian nuclear-powered submarine to bridge capability gaps.
