A National Security Bureau official told the Liberty Times, the Taipei Times' sister newspaper, that China is about to deploy land-attack cruise missiles (LACMs) within striking distance of Taiwan on a large scale beginning later this year in an effort to bypass Taiwan's current missile defense capabilities.
"The US Department of Defense will underscore China's deployment of cruise missiles against Taiwan in its annual report on China's military power, which is expected to be released in May," he was quoted by the paper yesterday as saying.
The People's Liberation Army (PLA) will deploy about 200 cruise missiles late this year or early next year and increase the deployments in coming years, the official told the paper.
He said the deployment of cruise missiles would seriously threaten Taiwanese and US forces in East Asia. The US is concerned about the PLA's improving cruise missile capabilities, he added.
The official said that, although Chinese Nationalist Party (KMT) Chairman Lien Chan (連戰) has said he would discuss a withdrawal of ballistic missiles deployed within striking range of Taiwan with Chinese President Hu Jintao (胡錦濤) during his trip to China, the removal of the missiles would not substantially increase Taiwan's security, because the missiles can be redeployed in a very short time.
If Beijing really wants to extend an olive branch to Taiwan, it should destroy the missiles, rather than merely withdrawing them, he said.
By next year China will have nearly 1,000 ballisitic missiles deployed within striking distance of Taiwan, the official told the Liberty Times.
Lin Tsung-ta (
The PLA's land-attack cruise missiles forces included HN-1A, HN-2A/B, HN-3A, C-301, C-802, and HY-4 missiles, he said. These missiles are able to attack targets more accurately than ballistic missiles, which might make the PLA more confident about its ability to launch a decapitation strike against Taiwan, Lin said.
He said the PLA is developing supersonic cruise missiles, and that without acquiring cutting-edge over-the-horizon target acquisition" equipment, Taiwan's currently deployed Patriot missile batteries would be unable to intercept the PLA's missiles.
In addition, he said, the PLA currently has two types of submarine-launched cruise missiles, the HN-2C and HN-3B, both of which can travel more than 1,200kph. China's ship-launched cruise missiles include advanced SS-N-22 and CTF-1 type missiles. The SS-N-22 is an advanced supersonic cruise missile, and the CTF-1 can be launched from warships 1,200km away from its target.
He said during a conflict, the PLA's warships and submarines would likely be deployed in the seas east of Taiwan to launch cruise missiles against military facilities on the east coast.
With the development of improved sea-launched cruise missiles, the PLA's missiles would be able to strike Taiwan from multiple directions, therefore rendering Taiwan's current anti-missile defenses less effective, he added.
He said that, after a period of missile attacks from land and sea, PLA fighter jets would likely employ air-launched cruise missiles such as the HN-1B and KH-65SE in an attempt to completely destroy Taiwan's remaining military facilities and capabilities.
Also see story:
LEVERAGE: China did not ‘need to fire a shot’ to deny Taiwan airspace over Africa when it owns ‘half the continent’s debt,’ a US official said, calling it economic warfare The EU has raised concerns about overflight rights following the delay of President William Lai’s (賴清德) planned state visit to the Kingdom of Eswatini after three African nations denied overflight clearance for his charter at the last minute. Taiwanese allies Paraguay and Saint Kitts and Nevis, as well as several US lawmakers and the Inter-Parliamentary Alliance on China (IPAC) condemned China for allegedly pressuring the countries. Lai was scheduled to fly directly to Taiwan’s only African ally from yesterday to Sunday to celebrate the 40th anniversary of King Mswati III’s accession and his 58th birthday, but Seychelles, Mauritius and Madagascar suddenly revoked
The final batch of 28 M1A2T Abrams tanks purchased from the US arrived at Taipei Port last night and were transported to the Armor Training Command in Hsinchu County’s Hukou Township (湖口), completing the military’s multi-year procurement of 108 of the tanks. Starting at 12:10am today, reporters observed more than a dozen civilian flatbed trailers departing from Taipei Port, each carrying an M1A2T tank covered with black waterproof tarps. Escorted by military vehicles, the convoy traveled via the West Coast Expressway to the Armor Training Command, with police implementing traffic control. The army operates about 1,000 tanks, including CM-11 Brave Tiger
China on Wednesday teased in a video an aircraft carrier that could be its fourth, and the first using nuclear power, while making an allusion to Taiwan and vowing to further build up its islands, as it looks to boost maritime power, secure resources and bolster territorial claims. The video, issued on the eve of the 77th founding anniversary of the Chinese People’s Liberation Army Navy, featured fictional officers with names that are homophones of three commissioned aircraft carriers, the Liaoning (遼寧), Shandong (山東) and Fujian (福建). Titled Into the Deep, it showed a 19-year-old named “Hejian” (何劍) joining the group, sparking
BIG YEAR: The company said it would also release its A12 chip the same year to keep a ‘reliable stream of new silicon technologies’ flowing to its customers Taiwan Semiconductor Manufacturing Co (TSMC, 台積電) yesterday said its newest A13 chip is to enter volume production in 2029 as the chipmaker seeks to hold onto its tech leadership and demand for next-generation chips used in artificial intelligence (AI), high-performance-computing (HPC) and mobile applications. TSMC, the world’s biggest contract chipmaker, also unveiled its A12 chip at its annual technology symposium in Santa Clara, California. The A12 chip, which features TSMC’s super-power-rail technology to provide backside power delivery for AI and HPC applications, is also to enter volume production in 2029, a year after the scheduled release of the A14 chip. The technology moves