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– Aviation Week reports that the Missile Defense Agency (MDA) is preparing to launch billions of dollars worth of missile defense projects, even as the MDA deals with contractors building parts that don’t hold up.

– The MDA awarded U.S. defense contractor Lockheed Martin awarded a $69.8 million contract to develop land-based version of the Aegis Ballistic Missile Defense System.

– India seeks to develop laser-guided anti-ballistic missiles to combat incoming missiles. Earlier this year, India tested a missile interceptor defense shield, designed to detect and destroy incoming ballistic missiles, but the test failed after radar lost track of the Prithvi 2 target missile.

– Conservative activist Phyllis Schlafly shared her opposition to the new START. An excerpt:

“The Russians are salivating at the thought that the New START proclaims their victory in their long-running battle to kill U.S. missile defenses. For decades, Russia’s primary goal was to stop the United States from building any anti-missile capability.

“Ronald Reagan’s adamant refusal to give up his Strategic Defense Initiative was the principal reason he won the Cold War (without firing a shot, as Margaret Thatcher said). But now Barack Obama is casually willing to abandon our right to build defensive weapons…New START doesn’t make nukes obsolete, it just tries to ensure that the U.S. and Russia have an equal capacity to destroy each other. Most important, New START does nothing whatever to protect us from a nuclear Iran or North Korea or Syria or even China.”

Stars and Stripes, which provides news and information to the U.S. military community, featured the Missile Defense Agency’s (MDA) Lt. Gen. Patrick J. O’Reilly in a story titled, “Drones, laser beams, ships, START treaties: This is the new missile defense.”

“In a little over an hour, Lt. Gen. Patrick J. O’Reilly juggled the complex physics of solid-fueled rocket boosters, the wary diplomacy of Russians who refuse U.S. invitations to join the missile defense network, the Senate politics of nonproliferation treaties, the faulty production lines of giant defense contractors, all amid the shrinking budget ‘efficiencies’ of Defense Secretary Robert Gates.

“Not to mention, O’Reilly and his intelligence agency counterparts keep tabs on more than 6,000 missiles and 1,000 launchers that exist outside of NATO, the U.S., China and Russia. But drones with freakin’ laser beams attached to their heads? Well, it has come up.

“Tonight, MDA will attempt the latest test of its airborne laser, an effort to shoot down a missile at more than 100 miles away, or twice the range as the first test. The exact range is classified but O’Reilly said the first test showed it was possible.”

The article notes that representatives from Russia will witness today’s test of the Terminal High Altitude Area Defense radar system, but the visit doesn’t mean Russia is ready to work with the U.S. on missile defense.

Like his commander-in-chief, Lt. Gen. O’Reilly downplays the Iranian threat. He told the reporter that Iran would need to launch 10 intercontinental ballistic missiles at once to break through the country’s defense network. The inference is that Iran isn’t presently capable of launching that many weapons at once. Is he sure?

The Missile Defense Agency (MDA) awarded a team of engineers for defense contractor Lockheed Martin the Ronald W. Reagan Missile Defense Award for helping to shoot down an errant satellite in 2008. (Source)

Had the efforts not been successful, the satellite would have made an uncontrolled and unpredictable reentry.

President of Lockheed Martin’s Mission Systems and Sensors business unit Orlando Carvalho said, “The success of this effort was a direct result of the enduring partnership between our engineers and our customers. The tremendous adaptability of the Aegis Weapon System, especially our SPY-1D radar, allowed us to perform flawlessly in the execution of this new mission.”

The MDA’s Lt. Gen. Patrick J. O’Reilly said, “The success of this mission speaks to this team’s flexibility, ingenuity and drive to achieve the seemingly impossible. When the nation needed an extraordinary capability, they stepped up and delivered it.”

Although the U.S. Department of Defense and its industry partners work constantly to advance and improve defense technology, it is a rare occurrence when one such program can be described as a breakthrough.

Mark your calendars, because just such an occurrence took place on February 11, 2009, off the coast of California. That day the Missile Defense Agency announced that a modified Boeing 747 aircraft carrying a high energy laser had tested the laser against a boosting ballistic missile and successfully intercepted and destroy the target missile. (MDA)

It is understandable that the America people may have believed that using a laser to shoot down a launching ballistic missile is the stuff of science fiction. Clearly that used to be case, but today it is just science and no longer fiction. The Missile Defense Agency attached pictures and videos of the test to its on-line announcement and must be seen to be believed. The Missile Defense Agency and its contractor team, which included Boeing, Northrop Grumman and Lockheed Martin, deserve the heartfelt congratulations of the American people for this achievement.

It also important for the American people to recognize what this means for ballistic missile defense. It demonstrated a system that is capable of destroying a ballistic missile in the boost phase, before it releases decoys and other countermeasures that are able to confuse or overwhelm missile defense systems that intercept their targets later in flight, at the speed of light. Clearly, this breakthrough will lead to further refinements of directed energy weapons technology, including for purposes other than ballistic missile defense. It should be recognized, however, that it was the ballistic missile defense program that brought about this extraordinary technological breakthrough. Accordingly, it would be foolish for the Obama Administration to curtail this program and others developing this class of technologies.

The Missile Defense Agency (MDA) has a released a transcript of a news briefing on the FY 2011 defense budget. MDA Executive Director David Altwegg informed his staff that the agency requested $8.4 billion, about $500 million more than requested for FY 2010. An excerpt:

“And the budget supports continuous emphasis on development, testing, fielding, sustainment. And we have shifted our emphasis from the ground-based defense against intercontinental ballistic missiles to the regional threat, short- and medium-range missiles, which comprise about 99 percent of the ballistic missile threat extant.

“We also — as announced by the president on 17 September of ’09, we are starting the four-phased approach to fielding a capability in Europe against the emerging Iranian threat, initially against, again, the short- and medium-range threat that exists, and hence our initial emphasis will be on Southeastern Europe.
…
“Now the objectives that we established at the start of the POM season were, in short, homeland defense; regional defense; proven, meaning adequate testing; and hedging against the future. And each of those enterprises has enjoyed an increase from ’10 to ’11, except for the hedge against the future, which has dropped off about a billion- plus (dollars).

“Now I want to say something about testing, not to ignore the other three objectives, but in ’09, in about December of ’08, we laid our testing program out on the table, and we developed some criteria to a number called critical engagement conditions, or CEC, and empirical management event, EME.

“And we required, and collectively we developed, criteria that became CECs or EMEs, and which led to almost a complete reordering of our test program.

“And why did we do that? Well, we can’t afford any more to conduct the number of flight tests that we used to, for instance, when I was a lot younger. At $200 million a flight test for a ground-based system, 80 (million dollars) to $90 million a flight test for a Aegis or THAAD, it’s just not affordable, for instance, to conduct 30 flight tests to determine a confidence level sufficient so that the director of operational test and evaluation would be comfortable.

“What we do now is we capture the right data so that we can develop high-fidelity models and simulations so that the warfighter in particular, and the testers to the same extent, have comfort that what we are fielding will, in fact, achieve the goals desired by the warfighter and the testers.”

Read the entire transcript here, and download the briefing slides here (PDF).

 
The Missile Defense Agency (MDA) announced on January 31, 2010, that a test of the Ground-based Midcourse Defense (GMD) system for countering long-range missiles that took place over the Pacific Ocean that day failed to destroy the target missile. The initial review suggests that the failure occurred because a new Sea-Based X-Ban radar that was tracking the target missile failed to work as expected. A more detailed review of why the GMD system failed to intercept and destroy the target has been initiated.

It is to be expected that critics of the missile defense program will now call for the program to be terminated. Accordingly, it is appropriate to note that many of these critics oppose the missile defense program for the reason that they view missile defense as complicating the arms control and disarmament agenda they support. For them, this test failure has nothing to do with their opposition to the program. Indeed, they would likely see a successful test as a stronger reason for terminating the program than a failed one.

Regarding the technology, even curtailing, let alone terminating, the GMD program would be shortsighted. Failures in a test program for technology as advanced as the GMD system should be expected. For example, the Navy’s Polaris submarine-launched ballistic missile (SLBM) program suffered numerous test failures in the 1950s. Polaris, however, laid the foundation for the deployment of an SLBM force that was the backbone of the strategic nuclear force that deterred a Soviet nuclear attack for much of the Cold War. Furthermore, it is frequently the case that the scientists, engineers and contractors working on an advanced technology program will learn more from failed tests than successful ones. The proper response to a failed test, like the one on January 31st, is to maintain a robust program that applies the lessons from the failure to advance the program in the future. The alternative is to believe that any advanced technology weapons program can succeed under a circumstance where it is always just one test failure away from termination. If anything, the testing program for the GMD system has been too timid because of concern about negative political reaction to any such failure and inadequate testing budgets. Under this timid approach, the opportunities for dramatic advances in technology are very limited.

Finally, this test was designed to mimic the sort of long-range missile attack on the United States that Iran is likely to be able to mount in the future. The GMD system is the only one currently available to protect U.S. territory against long-range missile attack. If this program is cancelled, the U.S. will again become vulnerable to attacks with long-range ballistic missiles. It is intolerable that the American people would remain so vulnerable. The GMD program needs to continue and companion sea-based ballistic missile defense systems should be advanced to give them the capability to counter long-range missiles for the defense of U.S. territory. Currently, the sea-based systems are capable of countering only short- and intermediate-range missiles. Finally, the U.S. could revive a program pursued during the Reagan and George H.W. Bush Administrations to develop and field space-based ballistic missile defense interceptors. All three steps are necessary if the federal government is going to meet its obligation to provide for the defense of the American people.

The Missile Defense Agency (MDA) has released a video that shows the Airborne Laser (ABL) successfully firing at a target missile. View the video at the ABL web page.

“This test demonstrated the full functionality of the ABL system to successfully acquire, track, and engage a boosting target,” according to the MDA. “Test instrumentation aboard the MARTI collected data to evaluate ABL laser system performance. This test engagement was not intended to lethally destroy the missile.”

Last summer, defense contractor Boeing and the MDA announced the success of the ABL’s first in-flight test. The ABL tracked and hit a missile target launched from San Nicolas Island off the California coast. The ABL was mounted to Boeing’s modified 747, which took off from Edwards Air Force Base, and its infrared sensors found the target.

According to Aviation Week, the Missile Defense Agency (MDA) is focusing on unmanned aerial systems (UAS) for tracking ballistic missile targets for early interception. The earlier missile interception occurs, the better.

In March, the Navy conducted a demonstration, code-named Stellar Daggers, in which two targets were intercepted by an SM-2 Block IIIA and an SM-2 Block IV. An excerpt:

“The test proved a need for more automation in the sensor’s tracking function to avoid the need for the sensor operator to manually follow the ballistic missile.

“While refining this concept, MDA also has issued a request for information (RFI) to industry to look at platform options to provide tracking ‘at or near threat burnout’ for early intercept, according to the RFI. The RFI looks at various risk scenarios centered upon fielding four systems in 2012 or 15 by 2015…Rich Matlock, MDA director for advanced programs, says MDA is not sold on the Reaper vehicle or its class and is open to ideas from industry.

“The operational concept for the system, once fielded, would be for the UAS to accept a cue from overhead nonimaging infrared satellites (such as the Defense Support Program or Space-Based Infrared System High) or ground-based radars that would be the first to detect a boosting missile. These UAS are being widely fielded to the Air Force and Army, and they are conducting daily operations in support of forces around the globe, including anti-improvised explosive device work and tracking of insurgents.”

 
Yesterday, Iran test-launched its longest-range, solid fuel missile, capable of hitting Israel and parts of Europe, a day after the House of Representatives voted for sanctions against the rogue state.

Iran’s Sajjil-2 is the kind of weapon missile shields in Poland and the Czech Republic would have defended against. President Barack Obama dropped the Bush-era missile shield plans in Central Europe for one that deals with shorter-range missiles. The administration’s new missile defense policy doesn’t jibe with the Missile Defense Agency’s (MDA) goals. Stopping Iran’s long-range missiles will be the focus of the MDA’s simulated attack next month.

The Telegraph analyzes why Iran test-launched the Sajjil-2. Reporter Richard Spencer writes:

“[T]he most important response to Iran’s noise in recent weeks has been its mirror image: Israel’s silence…Since making his keynote speech to the Muslim world a week before the Iranian elections, President Barack Obama has urged negotiations, more diplomacy, and friendship with the Iranian people. That puts Mr Ahmadinejad in a dilemma. For the 30 years of the Republic, the US has been the enemy-in-chief, the Great Satan. Yet the more Mr Obama plays nice, the more that propaganda card fails to fulfil its purpose of uniting the Iranian people in a frenzy of support for the regime.”

Since Obama is going the diplomacy route, Iran needs an excuse to forge ahead with its defiant testing and nuclear development. Israel, which may pre-emptively strike Iran’s nuclear sites, is the “replacement bogeyman.”

“The Israelis have always said that military action is a possibility, but if Mr Ahmadinejad calls their bluff, have they got what it takes?”

The world may find out much sooner rather than later. Major General Amos Yadlin, Israel’s top intelligence chief, said Iran is close to developing a nuclear bomb, because it has enriched enough uranium.

In reaction to Iran’s missile test, White House spokesman Mike Hammer said, “Such actions will increase the seriousness and resolve of the international community to hold Iran accountable for its continued defiance of its international obligations on its nuclear program.” (Source)

 
>>  The Government Accountability Office (GAO) issued a report highlighting challenges to the U.S. establishing missile defense shields in Poland and the Czech Republic and recommendations on actions needed to implement the plans. For example, the GAO notes that neither country’s parliament has ratified the agreements, signed last year; and the Department of Defense hasn’t established roles and responsibilities of the main U.S. stakeholders for the missile defense shield sites. Among the GAO’s recommendations are:

“[T]he Secretary of Defense should direct MDA, the Army, and the Air Force to finalize the Overarching Memorandums of Agreement and element-specific annexes that detail the specific roles and responsibilities for the European sites and define the criteria that must be met before the transfer of those sites from MDA to the Army and Air Force.”

Download the 44-page report. (PDF).

>>  Aviation Week reports that the Missile Defense Agency (MDA) seeks to increase the range of the Terminal High-Altitude Area Defense (THAAD) missile defense system. The booster is currently 14.5 inches long, and the MDA wants to increase it to 21 inches.

MDA’s THAAD project manager William Lamb said, “The concept behind the 21 inches is that it significantly increases the interceptor range, and by increasing range that significantly–three to four times–increases the defended area we have on the ground with the system.”

Additionally, a longer booster would give commanders more time to make the decision to fire at a target.

“It allows you to shoot one interceptor, assess whether or not you have killed the incoming reentry vehicle,” Lamb said, “and [possibly] precludes having to ripple-fire to launch several interceptors. So, you shoot, assess and then–if you didn’t get it–you would shoot again.”

>>  South Korea intends to launch its first space rocket this week. The $405-million Korea Space Launch Vehicle-1 is on the launch pad at Naro Space Center and prepped for fueling. The launch has been delayed twice. (Source)

(Image source: Army Technology)