Analysing a submarine arms race
Representational image.
Analysts and regional defence attaches say evidence is mounting that China is on track to have its Type 096 ballistic missile submarine operational before the end of the decade, with breakthroughs in its quietness aided in part by Russian technology.
Research discussed at a conference in May at the US Naval War College and published in August by the college’s China Maritime Studies Institute predicts the new vessels will be far harder to keep tabs on. That conclusion is credible, according to seven analysts and three Asia-based military attaches.
The discreet effort to track China’s nuclear-powered and -armed ballistic missile submarines, known as SSBNs, is one of the core drivers of increased deployments and contingency planning by the US Navy and other militaries across the Indo-Pacific region. That drive is expected to intensify when Type 096s enter service, according to a Reuters report.
The paper notes that the Type 096 submarine will compare to state-of-the-art Russian submarines in terms of stealth, sensors and weapons. It said that jump in capabilities would have “profound” implications for the US and its Indo-Pacific allies.
The research also details potential breakthroughs in specific areas, including pump-jet propulsion and internal quieting devices, based on “imitative innovation” of Russian technology.
The vessel is likely to be significantly larger than the Type 094, allowing it to contain an internal “raft” mounted on complex rubber supports to dampen engine noise and other sounds, similar to Russian designs.
Retired submariner and naval technical intelligence analyst Christopher Carlson told Reuters he did not believe China had obtained Russia’s “crown jewels” – its very latest technology – but would be producing a submarine stealthy enough to compare to Moscow’s Improved Akula boats.
Singapore-based defence scholar Collin Koh said the research opened a window on discreet research projects to improve China’s SSBNs as well as boosting its anti-submarine warfare capabilities. “They know they are behind the curve so they are trying to play catch-up in terms of quieting and propulsion,” said Koh, of Singapore’s S. Rajaratnam School of International Studies. Carlson said he believed China’s strategists would, like Russia, keep SSBNs within protective “bastions” close to its coasts, utilising recently fortified holdings in the disputed South China Sea.
The prospect of advanced SSBNs will significantly complicate an already intense subsurface surveillance battle.
In an echo of the Cold War-era effort to hunt for Soviet “boomers”, the tracking of Chinese submarines is increasingly an international effort, with the Japanese and Indian militaries assisting the United States, Australia and Britain, analysts and military attaches say.
Anti-submarine warfare drills are increasing, as are deployments of sub-hunting P-8 Poseidon aircraft around Southeast Asia and the Indian Ocean.
The United States, Japan, India, South Korea, Australia, Britain and New Zealand operate the advanced plane, which use sonobuoys and other more advanced techniques, such as scanning the ocean surface, to find submarines far below, the Reuters report adds.
The United States is also carrying out the biggest overhaul of its top-secret undersea surveillance network since the 1950s to combat China’s growing presence, Reuters reported in September.
Vasily Kashin, a Moscow-based Chinese military scholar at HSE University, said it was possible Chinese engineers had made the breakthroughs described in the report.
Although China most likely obtained some key Russian technology in the 1990s after the breakup of the Soviet Union, Kashin said, there was no known sharing agreement between Beijing and Moscow outside of a 2010 nuclear reactor agreement.
“China is not an adversary of Russia in the naval field,” Kashin said. “It is not creating difficulties for us, it is creating problems for the US.”
