khad
16th January 2014, 08:12
http://www.mcclatchydc.com/2014/01/15/214656/new-analysis-of-rocket-used-in.html
New analysis of rocket used in Syria chemical attack undercuts U.S. claims
By Matthew Schofield
McClatchy Foreign Staff
January 15, 2014 Updated 4 hours ago
...
Separately, international weapons experts are puzzling over why the rocket in question – an improvised 330mm to 350mm rocket equipped with a large receptacle on its nose to hold chemicals – reportedly did not appear in the Syrian government’s declaration of its arsenal to the Organization for the Prohibition of Chemical Weapons and apparently was not uncovered by OPCW inspectors who believe they’ve destroyed Syria’s ability to deliver a chemical attack.
...
But the authors of a report released Wednesday said that their study of the rocket’s design, its likely payload and its possible trajectories show that it would have been impossible for the rocket to have been fired from inside areas controlled by the government of Syrian President Bashar Assad.
In the report, titled “Possible Implications of Faulty U.S. Technical Intelligence,” Richard Lloyd, a former United Nations weapons inspector, and Theodore Postol, a professor of science, technology and national security policy at the Massachusetts Institute of Technology, argue that the question about the rocket’s range indicates a major weakness in the case for military action initially pressed by Obama administration officials.
The administration eventually withdrew its request for congressional authorization for a military strike after Syria agreed to submit to the Chemical Weapons Convention, which bans the weapons. Polls showed overwhelming public opposition to a military strike, however, and it was doubtful Congress would have authorized an attack.
Lloyd and Postol’s report is the most recent installment in a months-long debate among rocket and weapons experts, much of it carried out in detailed papers posted on the Internet, about the nature of the munitions used in the Aug. 21 attack on rebel-controlled suburbs of Damascus.
The report’s authors admit that they deal only with one area of the attacks, the eastern suburb of Zamalka, where the largest quantity of sarin was released that night. They acknowledge that smaller rockets likely used in areas southwest of the capital could have come from government-controlled territory.
Relying on mathematical projections about the likely force of the rocket and noting that its design – some have described it as a trash can on a stick – would have made it awkward in flight, Lloyd and Postol conclude that the rocket likely had a maximum range of 2 kilometers, or just more than 1.2 miles. That range, the report explains in detail, means the rockets could not have come from land controlled by the Syrian government.
To emphasize their point, the authors used a map produced by the White House that showed which areas were under government and rebel control on Aug. 21 and where the chemical weapons attack occurred. Drawing circles around Zamalka to show the range from which the rocket could have come, the authors conclude that all of the likely launching points were in rebel-held areas or areas that were in dispute. The area securely in government hands was miles from the possible launch zones.
In an interview, Postol said that a basic analysis of the weapon – some also have described as a looking like a push pop, a fat cylinder filled with sarin atop a thin stick that holds the engine – would have shown that it wasn’t capable of flying the 6 miles from the center of the Syrian government-controlled part of Damascus to the point of impact in the suburbs, or even the 3.6 miles from the edges of government-controlled ground.
He questioned whether U.S. intelligence officials had actually analyzed the improbability of a rocket with such a non-aerodynamic design traveling so far before Secretary of State John Kerry declared on Sept. 3 that “we are certain that none of the opposition has the weapons or capacity to effect a strike of this scale – particularly from the heart of regime territory.”
“I honestly have no idea what happened,” Postol said. “My view when I started this process was that it couldn’t be anything but the Syrian government behind the attack. But now I’m not sure of anything. The administration narrative was not even close to reality. Our intelligence cannot possibly be correct.”
Lloyd, who has spent the past half-year studying the weapons and capabilities in the Syrian conflict, disputed the assumption that the rebels are less capable of making rockets than the Syrian military.
“The Syrian rebels most definitely have the ability to make these weapons,” he said. “I think they might have more ability than the Syrian government.”
Both said they were not making a case that the rebels were behind the attack, just that a case for military action was made without even a basic understanding of what might have happened.
For instance, they said that Kerry’s insistence that U.S. satellite images had shown the impact points of the chemical weapons was unlikely to be true. The charges that detonate chemical weapons are generally so small, they said, that their detonations would not be visible in a satellite image.
New analysis of rocket used in Syria chemical attack undercuts U.S. claims
By Matthew Schofield
McClatchy Foreign Staff
January 15, 2014 Updated 4 hours ago
...
Separately, international weapons experts are puzzling over why the rocket in question – an improvised 330mm to 350mm rocket equipped with a large receptacle on its nose to hold chemicals – reportedly did not appear in the Syrian government’s declaration of its arsenal to the Organization for the Prohibition of Chemical Weapons and apparently was not uncovered by OPCW inspectors who believe they’ve destroyed Syria’s ability to deliver a chemical attack.
...
But the authors of a report released Wednesday said that their study of the rocket’s design, its likely payload and its possible trajectories show that it would have been impossible for the rocket to have been fired from inside areas controlled by the government of Syrian President Bashar Assad.
In the report, titled “Possible Implications of Faulty U.S. Technical Intelligence,” Richard Lloyd, a former United Nations weapons inspector, and Theodore Postol, a professor of science, technology and national security policy at the Massachusetts Institute of Technology, argue that the question about the rocket’s range indicates a major weakness in the case for military action initially pressed by Obama administration officials.
The administration eventually withdrew its request for congressional authorization for a military strike after Syria agreed to submit to the Chemical Weapons Convention, which bans the weapons. Polls showed overwhelming public opposition to a military strike, however, and it was doubtful Congress would have authorized an attack.
Lloyd and Postol’s report is the most recent installment in a months-long debate among rocket and weapons experts, much of it carried out in detailed papers posted on the Internet, about the nature of the munitions used in the Aug. 21 attack on rebel-controlled suburbs of Damascus.
The report’s authors admit that they deal only with one area of the attacks, the eastern suburb of Zamalka, where the largest quantity of sarin was released that night. They acknowledge that smaller rockets likely used in areas southwest of the capital could have come from government-controlled territory.
Relying on mathematical projections about the likely force of the rocket and noting that its design – some have described it as a trash can on a stick – would have made it awkward in flight, Lloyd and Postol conclude that the rocket likely had a maximum range of 2 kilometers, or just more than 1.2 miles. That range, the report explains in detail, means the rockets could not have come from land controlled by the Syrian government.
To emphasize their point, the authors used a map produced by the White House that showed which areas were under government and rebel control on Aug. 21 and where the chemical weapons attack occurred. Drawing circles around Zamalka to show the range from which the rocket could have come, the authors conclude that all of the likely launching points were in rebel-held areas or areas that were in dispute. The area securely in government hands was miles from the possible launch zones.
In an interview, Postol said that a basic analysis of the weapon – some also have described as a looking like a push pop, a fat cylinder filled with sarin atop a thin stick that holds the engine – would have shown that it wasn’t capable of flying the 6 miles from the center of the Syrian government-controlled part of Damascus to the point of impact in the suburbs, or even the 3.6 miles from the edges of government-controlled ground.
He questioned whether U.S. intelligence officials had actually analyzed the improbability of a rocket with such a non-aerodynamic design traveling so far before Secretary of State John Kerry declared on Sept. 3 that “we are certain that none of the opposition has the weapons or capacity to effect a strike of this scale – particularly from the heart of regime territory.”
“I honestly have no idea what happened,” Postol said. “My view when I started this process was that it couldn’t be anything but the Syrian government behind the attack. But now I’m not sure of anything. The administration narrative was not even close to reality. Our intelligence cannot possibly be correct.”
Lloyd, who has spent the past half-year studying the weapons and capabilities in the Syrian conflict, disputed the assumption that the rebels are less capable of making rockets than the Syrian military.
“The Syrian rebels most definitely have the ability to make these weapons,” he said. “I think they might have more ability than the Syrian government.”
Both said they were not making a case that the rebels were behind the attack, just that a case for military action was made without even a basic understanding of what might have happened.
For instance, they said that Kerry’s insistence that U.S. satellite images had shown the impact points of the chemical weapons was unlikely to be true. The charges that detonate chemical weapons are generally so small, they said, that their detonations would not be visible in a satellite image.