PLA Navy's New Generation Nuclear Submarine Type 09V First Vessel Emerges: A Major Leap in Underwater Combat Power in the Western Pacific

Li Minghui | hiwars.com China Military Defense Commentator | March 3, 2026

Satellite Images Reveal Major Breakthrough

On February 9, 2026, commercial satellite images clearly captured a new type of submarine docked at the Bohai Shipyard in Huludao, Liaoning Province—this is the core base for the PLA Navy's nuclear submarine construction. Confirmed by the Institute for the Study of War (ISW) and several open-source intelligence analysts, this vessel is the first of the long-tracked Type 09V (095) nuclear-powered cruise missile submarine (SSGN), marking a new phase in China's underwater combat power development.

According to the ISW report titled "China and Taiwan Dynamic Update" released on March 1, 2026, this vessel had appeared multiple times in satellite images before, but the image from February 9 presented several key design features clearly for the first time, allowing analysts to conduct a more systematic assessment of its capabilities.

Technical Features: X-Shaped Rudder and 18-Cell VLS

From the information discernible in the public satellite images, the first Type 09V vessel possesses the following notable technical features:

• X-Shaped Rudder Design: Unlike the traditional cruciform rudder, the X-shaped rudder offers advantages in low-speed maneuverability, shallow water control, and damage control redundancy, making it a mainstream choice in current advanced submarine designs. The Russian Yasen-class SSGN also adopts a similar configuration.
• 18 Vertical Launch System (VLS) Cells: This is the core strategic value of the Type 09V. The 18 VLS cells mean that this vessel can carry multiple types of long-range strike weapons simultaneously, significantly exceeding the firepower density of the PLA's current 093 series attack submarines.
• Hull Size: Based on proportional estimates, the hull length of the Type 09V is estimated to be between 110 to 130 meters, with a displacement possibly in the range of 8,000 to 10,000 tons, comparable to the Russian Yasen-M class and much larger than the 093 class.

Main Armament: Underwater Extension of YJ-18

Analysis suggests that the primary weapon carried by the Type 09V's VLS will be the YJ-18 anti-ship cruise missile. The YJ-18 is currently one of the PLA Navy's most advanced anti-ship missiles, employing a subsonic cruise followed by a supersonic sprint in the terminal phase, with a maximum range of about 540 kilometers and a terminal speed of up to Mach 2.5 to 3, posing a severe challenge to the existing fleet's air defense systems.

Previously, the YJ-18 was primarily launched from surface vessels (such as the Type 055 destroyer) and the torpedo tubes of the Type 093B attack submarine. The VLS configuration of the Type 09V will elevate the launch platform for the YJ-18 from a few to over a dozen, without occupying torpedo tube resources, greatly enhancing simultaneous engagement capabilities and weapon load flexibility.

It is noteworthy that the Type 09V's VLS could theoretically also accommodate land-attack cruise missiles and anti-submarine missiles, granting it true multi-domain strike capabilities, making it a complete underwater firepower platform rather than merely an anti-ship hunter.

Strategic Significance: Filling the Gap in Underwater Long-Range Strike

For a long time, the PLA Navy's underwater forces have had a significant shortcoming: a lack of dedicated underwater long-range precision strike platforms against land/sea targets. While the 093 series is a capable attack submarine, its method of launching missiles from torpedo tubes has inherent limitations in firepower delivery efficiency. The ballistic missile nuclear submarine (Type 094) is equipped with JL-2/JL-3 missiles, but it is positioned as a strategic nuclear deterrent and is not suitable for conventional precision strike missions.

The emergence of the Type 09V will provide the PLA with a dedicated underwater conventional long-range strike platform for the first time. This capability holds significant value in the following operational scenarios:

• Anti-Access/Area Denial Deep Extension: The Type 09V can submerge in safe waters beyond the first island chain to strike U.S. aircraft carrier strike groups entering the Western Pacific with YJ-18 missiles, greatly extending the PLA's underwater anti-carrier operational radius.
• Deep Strike Against Land Targets: After being equipped with land-attack cruise missiles, the Type 09V can conduct covert long-range precision strikes against U.S. forward bases in Guam and Okinawa, adding an underwater dimension to conventional deterrence.
• Forward Deployment in Wartime: Its nuclear power endows it with near-unlimited underwater endurance, allowing it to remain submerged in the deep waters of the Western Pacific for extended periods, providing continuous strategic pressure options for command decision-makers.

Service Timeline and Future Construction Outlook

Based on currently available information, the first Type 09V vessel is expected to officially enter service around 2029. This timeline aligns with the PLA's capability goals for 2027 and modernization targets for 2035.

Historically, the PLA's nuclear submarines have typically been advanced through the continuous construction of multiple vessels. If the first Type 09V entered the outfitting phase at the dock in early 2026, the keel laying for the second and possibly third vessels may already be underway or about to commence. Considering the construction speed of the 093 class, it is anticipated that by 2035, the PLA could have 4 to 6 Type 09V vessels in active service, forming a scale of underwater strike power with substantial strategic influence.

Impact on Regional Security Landscape

The emergence of the Type 09V SSGN will have profound implications for the security landscape in the Western Pacific. First, the existing underwater situational awareness system will face greater pressure. The Type 09V is expected to have significant improvements in stealth performance compared to the 093 class, which means that the effectiveness of the existing underwater monitoring chain and P-8A patrol aircraft may decline.

Second, the operational radius of carrier strike groups will be more constrained. When the Type 09V can threaten surface fleets with greater firepower density in broader waters, the safe maneuvering space for U.S. aircraft carriers will be further compressed, affecting their operational options in high-intensity conflict scenarios such as the Taiwan Strait.

Third, if the Type 09V is equipped with land-attack missiles, forward bases such as Guam and Okinawa will face a more severe underwater strike threat, forcing the U.S. military to further disperse deployments or enhance base defenses.

Conclusion: The Underwater Balance is Changing

The public emergence of the first Type 09V (095) SSGN is one of the most significant intelligence signals regarding the PLA Navy's development since 2026. It not only represents a generational leap in China's nuclear submarine technology but also marks a substantial transition of the PLA's underwater forces from coastal defense to offensive operations in the open sea.

For observers concerned about the military balance in the Western Pacific, the service progress of the Type 09V and the subsequent number of vessels constructed will be one of the most strategic indicators to track over the next five years. The underwater balance is quietly changing, and the speed of this change may exceed many people's expectations.

Source Reference: ISW China and Taiwan Update, March 1, 2026; Open-source satellite image analysis; Public military technical literature.