Multi-warhead weapon tested amid growing tensions with the United States.
The flight test of the DF-5C missile was carried out earlier this month using 10 multiple independently targetable reentry vehicles, or MIRVs. The test of the inert warheads was monitored closely by U.S. intelligence agencies, said two officials familiar with reports of the missile test.
The missile was fired from the Taiyuan Space Launch Center in central China and flew to an impact range in the western Chinese desert.
No other details about the test could be learned. Pentagon spokesman Cmdr. Gary Ross suggested in a statement the test was monitored.
“The [Defense Department] routinely monitors Chinese military developments and accounts for PLA capabilities in our defense plans,” Ross told the Washington Free Beacon.
The test of a missile with 10 warheads is significant because it indicates the secretive Chinese military is increasing the number of warheads in its arsenal.
Estimates of China’s nuclear arsenal for decades put the number of strategic warheads at the relatively low level of around 250 warheads.
U.S. intelligence agencies in February reportedthat China had begun adding warheads to older DF-5 missiles, in a move that has raised concerns for strategic war planners.
Uploading Chinese missiles from single or triple warhead configurations to up to 10 warheads means the number of warheads stockpiled is orders of magnitude larger than the 250 estimate.
Currently, U.S. nuclear forces—land-based and sea-based nuclear missiles and bombers—have been configured to deter Russia’s growing nuclear forces and the smaller Chinese nuclear force.
Under the 2010 U.S.-Russian arms treaty, the United States is slated to reduce its nuclear arsenal to 1,550 deployed warheads.
A boost in the Chinese nuclear arsenal to 800 or 1,000 warheads likely would prompt the Pentagon to increase the U.S. nuclear warhead arsenal by taking weapons out of storage.
The new commander of the U.S. Strategic Command, Air Force Gen. John Hyten, stated during a Senate confirmation hearing in September that he is concerned about China’s growing nuclear arsenal.
“I am fully aware that China continues to modernize its nuclear missile force and is striving for a secure second-strike capability,” Hyten told the Senate Armed Services Committee.
“Although it continues to profess a ‘no first use’ doctrine, China is re-engineering its long-range ballistic missiles to carry multiple nuclear warheads and continues to develop and test hyper-glide vehicle technologies,” Hyten added. Read the rest of this entry »
One of the Boeing Co.-made interceptors will be launched from an underground silo at Vandenberg Air Force Base in California in an attempt to strike a dummy missile fired from a Pacific range, according to the article. The exercise is designed to gauge whether the system is capable of knocking out an incoming intercontinental ballistic missile.
The agency’s director, Navy Vice Admiral James Syring, described it as the agency’s “highest near-term priority,” during a hearing Wednesday before members of the Senate Defense Appropriations Subcommittee, headed by Sen. Dick Durbin, D-Illinois.
An interceptor launched from the same site last July missed its target, the latest in a series of failures dating to 2008. Lawmakers, including Durbin, have criticized the military’s plans to increase the number of interceptors despite lingering problems with the technology. Read the rest of this entry »
The U.S. Air Force has released a new request for a high-powered laser weapon that could be mounted on a next-generation air dominance fighter in the post-2030 era.
“The emphasis of this effort is to identify potential laser systems that could be integrated into a platform that will provide air dominance in the 2030+ highly contested Anti-Access/Area Denial (A2/AD) environments,” the Air Force Research Laboratory (AFRL) said in a Request for Information document posted on FEDBIZOPPS last week.
The AFRL is particularly interested in lasers that would be at technology readiness level four (TRL4) by October 2014. That means the basic components are already integrated enough to work together in a lab. But the USAF wants the laser to be at TRL5 or better by 2022, which means the system’s components could be integrated with “reasonably realistic supporting elements” to be tested in a simulated environment.
“Laser and beam control systems are being investigated independent of platform in the flight regime from altitudes Sea Level to [65,000ft] and speeds from Mach 0.6 to 2.5,” the AFRL posting states.