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|Participants||CIA, Soviet Navy, U.S. Navy|
|Outcome||Successful recovery of a portion of Soviet submarine K-129|
|Participants||CIA, Soviet Navy, U.S. Navy|
|Outcome||Successful recovery of a portion of Soviet submarine K-129|
"Azorian" (erroneously called "Jennifer" after its Top Secret Security Compartment by the press) was the code name for a U.S. Central Intelligence Agency (CIA) project to recover the sunken Soviet submarine K-129 from the Pacific Ocean floor in the summer of 1974, using the purpose-built ship Hughes Glomar Explorer. The 1968 sinking of the K-129 occurred approximately 1,560 nautical miles (2,890 km) northwest of Hawaii. Project Azorian was one of the most complex, expensive, and secretive intelligence operations of the Cold War at a cost of about $800 million ($3.8 billion in 2014 dollars).
In addition to designing the high tech recovery ship and its unique lifting cradle, the U.S. used concepts developed with Global Marine (see Project Mohole) that utilized their precision stability equipment to keep the ship nearly stationary above the target (and do this while lowering nearly three miles of pipe). They worked with scientists to develop methods for preserving paper that had been underwater for years in hopes of being able to recover and read the submarine's codebooks. The exact reasons why this project was undertaken are unknown, but likely reasons included the recovery of an intact nuclear missile (R-21, also known as NATO SS-N-5-SERB), and cryptological documents and equipment.
After the Soviet Union performed their unsuccessful search for the K-129, the U.S. undertook a search, and by the use of acoustic data from four AFTAC sites and the Adak SOSUS array located the wreck of the submarine to within 5 nautical miles. The USS Halibut submarine used the Fish, a towed, 12 foot, 2 ton collection of cameras, strobe lights, and sonar to detect seafloor objects that was built to withstand extreme depths. The recovery operation commenced covertly (in international waters) about six years later with the supposed commercial purpose of mining the sea floor for manganese nodules under the cover of Howard Hughes and the Hughes Glomar Explorer. While the ship did recover a portion of K-129, a mechanical failure in the grapple caused two-thirds of the recovered section to break off during recovery.
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In April 1968, Soviet Pacific Fleet surface and air assets were observed conducting a surge deployment to the North Pacific Ocean that involved some unusual search operations. The activity was evaluated by the Office of Naval Intelligence (ONI) as a possible reaction to the loss of a Soviet submarine. Soviet surface ship searches were centered on a location known to be associated with Soviet Golf II Class SSB strategic ballistic missile diesel submarine patrol routes. These submarines carried three nuclear missiles in an extended sail/conning tower and routinely deployed to within missile range of the U.S. west coast. The American SOSUS (Sea Spider) hydrophone network in the northern Pacific was tasked with reviewing its recordings in the hopes of detecting an implosion (or explosion) related to such a loss. Naval Facility (NAVFAC) Point Sur, south of Monterey, California, was able to isolate a sonic signature on its low frequency array (LOFAR) recordings of an implosion event that had occurred on March 8, 1968 (for which they received a Meritorious Unit Commendation in 1969). Using NavFac Point Sur's date and time of the event, NavFac Adak and the U.S. West Coast NAVFAC were also able to isolate the acoustic event. With five SOSUS lines-of-bearing, Naval Intelligence was able to localize the site of the K-129 wreck to the vicinity of 40° N latitude and 180° longitude (International Date Line).
After weeks of search, the Soviets were unable to locate their sunken boat, and Soviet Pacific Fleet operations gradually returned to a normal level. In July 1968, the U.S. Navy initiated "Operation Sand Dollar" with the deployment of USS Halibut from Pearl Harbor to the wreck site. Sand Dollar's objective was to find and photograph the K-129. In 1965, Halibut had been configured to use deep submergence search equipment, the only such specially-equipped submarine then in U.S. inventory. Despite a SOSUS-provided locus containing over 1,200 square miles (3,100 km2) of search area, and a wreck located over 3 miles (4.8 km) in depth, Halibut located the wreck after only three weeks of at-depth visual search utilizing robotic remote-controlled cameras. (Compare this to almost 5 months of open and unrestricted search required to locate the wreck of the U.S. nuclear-powered submarine Scorpion in the Atlantic, also in 1968). Halibut is reported to have spent the next several weeks taking over 20,000 closeup photos of every aspect of the K-129 wreck, a feat for which Halibut received a special classified Presidential Unit Citation signed by Lyndon B. Johnson in 1968.
In 1970, based upon this photography, Defense Secretary Melvin Laird and Henry Kissinger, then National Security Advisor, proposed a clandestine plan to recover the wreckage so that the U.S. could study Soviet nuclear missile technology, as well as possibly recover cryptographic materials. The proposal was accepted by President Richard Nixon and the CIA was tasked to attempt the recovery.
Global Marine Development Inc., the research and development arm of Global Marine Inc., a pioneer in deepwater offshore drilling operations, was contracted to design, build and operate the "Hughes Glomar Explorer" in order to secretly salvage the sunken Soviet submarine from the ocean floor. The ship was built at the Sun Shipbuilding yard near Philadelphia. Billionaire businessman Howard Hughes — whose companies were already contractors on numerous classified US military weapons, aircraft and satellite contracts — agreed to lend his name to the project in order to support the cover story that the ship was mining manganese nodules from the ocean floor, but Hughes and his companies had no actual involvement in the project. The K-129 was photographed at a depth of over 16,000 feet (4,900 m), and thus the salvage operation would be well beyond the depth of any ship salvage operation ever before attempted. On November 1, 1972, work began on the 63,000-short-ton (57,000 t), 619-foot-long (189 m) Hughes Glomar Explorer (HGE).
The Hughes Glomar Explorer employed a large mechanical claw, which Lockheed officially titled the "Capture Vehicle" but affectionately called Clementine. The capture vehicle was designed to be lowered to the ocean floor, grasp around the targeted submarine section, and then lift that section into the ship's hold. One requirement of this technology was to keep the floating base stable and in position over a fixed point 16,000 feet (4,900 m) below the ocean surface.
The capture vehicle was lowered and raised on a pipe string similar to those used on oil drilling rigs. Section by section, 60-foot (18 m) steel pipes were strung together to lower the claw through a hole in the middle of the ship. This configuration was designed by Western Gear Corp. of Everett, Washington. Upon a successful capture by the claw, the lift reversed the process — 60-foot (18 m) sections drawn up and removed one at a time. The salvaged "Target Object" was thus to be drawn into a moon pool, the doors of which could then be closed to form a floor for the salvaged section. This allowed for the entire salvage process to take place underwater, away from the view of other ships, aircraft, or spy satellites.
Sailing 3,008 nautical miles (5,571 km) from Long Beach, California on June 20, 1974, Hughes Glomar Explorer arrived at the recovery site July 4 and conducted salvage operations for over a month. During this period, at least two Soviet Navy ships visited the Glomar Explorer's work site, the oceangoing tug "SB-10", and the Soviet Missile Range Instrumentation Ship "Chazma". It was later found out after 1991 that the Soviets were tipped off about the operation and were aware that the CIA was planning some kind of salvage operation, but the military command believed it impossible that they could perform such a task and disregarded further intelligence warnings. Later on, as Soviet military engineering experts claimed that it was indeed possible (though highly unlikely) to recover the K-129, ships in the area were ordered to report any unusual activity, although the lack of knowledge as to where the K-129 was located impeded their ability to stop any salvage operation.
U.S. Major General Roland Lajoie stated that, according to a briefing he received by the CIA, during recovery operations, Clementine suffered a catastrophic failure, causing two-thirds of the already raised portion of K-129 to sink back to the ocean floor. Former Lockheed and Hughes Global Marine employees who worked on the operation have stated that several of the "claws" intended to grab the submarine fractured, possibly because they were manufactured from maraging steel, which is very strong, but not very ductile compared with other kinds of steel.
However, the recovered section did include two nuclear torpedoes, and thus Project Azorian is not considered[who?] a complete failure. The bodies of six crewmen were also recovered, and were subsequently given a memorial service and with military honors, buried at sea in a metal casket because of radioactivity concerns. Other crew members have reported that code books and other materials of apparent interest to CIA employees aboard the vessel were recovered, and images of inventory printouts exhibited in the documentary suggest that various submarine components, such as hatch covers, instruments and sonar equipment were also recovered. White's documentary also states that the ship's bell from K-129 was recovered, and was subsequently returned to Russia as part of a diplomatic effort. The CIA considered that the project was one of the greatest intelligence coups of the Cold War.
Project Azorian remains a technological milestone as the deepest salvage operation ever conducted.[clarification needed] The entire salvage operation was recorded by a CIA documentary film crew, but this film remains classified. A short portion of the film, showing the recovery and subsequent burial at sea of the six bodies recovered in the forward section of the K-129, was given to the Russians in 1992.
In February 1975, investigative reporter and former Timesman Seymour Hersh had planned to publish a story on Project Azorian. Bill Kovach, the New York Times Washington bureau chief at the time, said in 2005 that the government offered a convincing argument to delay publication — exposure at that time, while the project was ongoing, "would have caused an international incident." The Times published its account in March 1975, after a story appeared in the Los Angeles Times, and included a five-paragraph explanation of the many twists and turns in the path to publication. CIA director George H. W. Bush reported on several occasions to U.S. president Gerald Ford on media reports and the future use of the ship. The CIA concluded that it seemed unclear what, if any, action was taken by the Soviet Union after learning of the story.
After stories had been published about the CIA's attempts to stop publication of information about Project Azorian, Harriet Ann Phillippi, a journalist, filed a Freedom of Information Act request with the CIA for any records about the CIA's attempts. The CIA refused to either confirm or deny the existence of such documents. This type of non-responsive reply has since come to be known as the "Glomar response" or "Glomarization."
A video showing the 1974 memorial services for the six Soviet seamen whose bodies were recovered by Project Azorian was forwarded by the U.S. to Russia in the early 1990s. Portions of this video were shown on television documentaries concerning Project Azorian, including a 1998 Discovery Channel special called A Matter of National Security (based on Clyde W. Burleson's book, The Jennifer Project (1977) and again in 1999, on a PBS Cold War submarine episode of NOVA.
In February 2010, the CIA released an article from the fall 1985 edition of the CIA internal journal Studies in Intelligence following an application by researcher Matthew Aid at the National Security Archive to declassify the information under the US Freedom of Information Act. Exactly what the operation managed to salvage remained unclear. The report was written by an unidentified participant in Project Azorian.
During the aftermath of the publication of the "Project Jennifer" story by Seymour Hersh, U.S. President Gerald Ford, Secretary of Defense James R. Schlesinger, Philip Buchen (Counsel to the President), John O. Marsh, Jr. (Counselor to the President), Ambassador Donald Rumsfeld, Lt. General Brent Scowcroft (Deputy Assistant to the President for National Security Affairs), and William Colby (Director of Central Intelligence) discussed the leak and whether the Ford administration would react to Hersch's story. In a cabinet meeting on March 19, 1975 (the same day The New York Times published the story), Secretary of Defense Schlesinger is quoted as saying,
With the words "marvel" and "major American accomplishment" used to describe Operation Matador, it is obvious that the Secretary of Defense indicated at least some form of success that should be confirmed publicly. The director of CIA, William Colby dissented, recalling the U-2 crisis, saying:
The result of the meeting was to stonewall, causing the Los Angeles Times to publish a 4-page story the next day by Jack Nelson with the headline, "Administration Won't Talk About Sub Raised by CIA."
Kenneth Sewell, in his book Red Star Rogue (2005), offers additional theories and speculation. The book makes the case that K-129 was hijacked by an 11-man special forces team placed aboard and directed by a cabal of KGB hardliners, with full involvement of KGB director Yuri Andropov, that the submarine was successfully commandeered, and that the KGB team actually attempted to launch a nuclear missile targeted against Pearl Harbor, Hawaii. Sewell's thesis is that the attack was designed in a manner to implicate the Chinese and point away from any Soviet involvement in an effort to provoke a nuclear confrontation between China and the United States. At that time, relations between Moscow and Beijing had deteriorated to the point at which many believed that open war was inevitable (see the Sino-Soviet Split), while relations between Beijing and the U.S., though cool in 1968, drastically improved by 1970 (culminating in the Sino-American rapprochement and 1972 Nixon visit to China). The theory is that the Soviets feared a U.S.-China detente which would disadvantage Soviet interests around the world. The author's hypothesis is that the missile's fail-safe devices were inadequately circumvented, and an explosion resulted which sank the submarine. This book also claims that Project Azorian was almost a total success and recovered all of its targeted material, including a nuclear missile warhead and cryptographic equipment and codebooks.
Time magazine as well as a court filing by Felice D. Cohen and Morton H. Halperin on behalf of the Military Audit Project suggest that the alleged project goal of raising a Soviet submarine might itself have been a cover story for another secret mission. Tapping of undersea communication cables, the installation of an underwater equivalent of a missile silo, and installation and repair of surveillance systems to monitor ship and submarine movements are listed as examples for such a secret mission.
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W. Craig Reed, in Red November: Inside the Secret U.S. - Soviet Submarine War (2010), contains an inside account of Project Azorian provided by Joe Houston, the senior engineer who designed leading-edge camera systems used by the Glomar Explorer team to photograph K-129 on the ocean floor. The team needed pictures that offered precise measurements to design the grappling arm and other systems used to bring the sunken submarine up from the bottom. Houston worked for the mysterious "Mr. P" (John Parangosky) who worked for CIA Deputy Director Carl E. Duckett — the two leaders of Project Azorian. Duckett later worked with Houston at another company, and intimated that the CIA may have recovered much more from the K-129 than admitted to publicly. Reed also details how the mini-sub technology used by the submarine Halibut to find K-129 was used for subsequent Operation Ivy Bells missions to wiretap underwater Soviet communications cables.
In a documentary film titled Azorian: The Raising Of The K-129, which was produced by Michael White and released in 2009, three principals who participated in the design of the Hughes Glomar Explorer heavy lift system and the Lockheed capture vehicle (CV or claw) gave on-camera interviews. These individuals were also on board the ship during the mission and were intimately involved with the recovery operation. They are Sherman Wetmore, Global Marine heavy lift operations manager; Charlie Johnson, Global Marine heavy lift engineer; and Raymond Feldman, Lockheed Ocean Systems senior staff engineer. These three, plus others who were not on board during the recovery but were cleared on all aspects of the mission, confirmed that only 38 feet of the bow was eventually recovered. The intent was to recover the forward two thirds (138 feet) of the K-129, which had broken off from the rear section of the submarine and was designated the Target Object (TO). The capture vehicle successfully lifted the TO from the ocean floor. On the way up, a failure of part of the capture vehicle caused the loss of 100 feet, including the sail, of the TO. In October 2010 a book based on the film, Project Azorian: The CIA And The Raising of the K-129 by Norman Polmar and Michael White, was published. The book contains additional documentary evidence about the effort to locate the submarine and the recovery operation.
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