The fears were legitimate: fears that the Russians had hover-and-fly technology, that their flying craft could outfox U.S. radar, and that it could deliver to America a devastating blow. The single most worrisome question facing the Joint Chiefs of Staff at the time was: What if atomic energy propelled the Russian craft? Or worse, what if it dispersed radioactive particles, like a modern-day dirty bomb? In 1947, the United States believed it still had a monopoly on the atomic bomb as a deliverable weapon. But as early as June 1942, Hermann G?ring, commander in chief of the Luftwaffe, had been overseeing the Third Reich’s research council on nuclear physics as a weapon in its development of an airplane called the Amerika Bomber, designed to drop a dirty bomb on New York City. Any number of those scientists could be working for the Russians. The Central Intelligence Group, the CIA’s institutional predecessor, did not yet know that a spy at Los Alamos National Laboratory, a man named Klaus Fuchs, had stolen bomb blueprints and given them to Stalin. Or that Russia was two years away from testing its own atomic bomb. In the immediate aftermath of the crash, all the Joint Chiefs of Staff had to go on from the Central Intelligence Group was speculation about what atomic technology Russia might have.
For the military, the very fact that New Mexico’s airspace had been violated was shocking. This region of the country was the single most sensitive weapons-related domain in all of America. The White Sands Missile Range was home to the nation’s classified weapons-delivery systems. The nuclear laboratory up the road, the Los Alamos Laboratory, was where scientists had developed the atomic bomb and where they were now working on nuclear packages with a thousand times the yield. Outside Albuquerque, at a production facility called Sandia Base, assembly-line workers were forging Los Alamos nuclear packages into smaller and smaller bombs. Forty-five miles to the southwest, at the Roswell Army Air Field, the 509th Bomb Wing was the only wing of long-range bombers equipped to carry and drop nuclear bombs.
Things went from complicated to critical at the revelation that there was a second crash site. Paperclip scientists Wernher Von Braun and Ernst Steinhoff, still under review over the Juárez rocket crash, were called on for their expertise. Several other Paperclip scientists specializing in aviation medicine were brought in. The evidence of whatever had crashed at and around Roswell, New Mexico, in the first week of July in 1947 was gathered together by a Joint Chiefs of Staff technical services unit and secreted away in a manner so clandestine, it followed security protocols established for transporting uranium in the early days of the Manhattan Project.
The first order of business was to determine where the technology had come from. The Joint Chiefs of Staff tasked an elite group working under the direct orders of G-2 Army intelligence to initiate a top secret project called Operation Harass. Based on the testimony of America’s Paperclip scientists, Army intelligence officers believed that the flying disc was the brainchild of two former Third Reich airplane engineers, named Walter and Reimar Horten— now working for the Russian military. Orders were drawn up. The manhunt was on.
Walter and Reimar Horten were two aerospace engineers whose importance in seminal aircraft projects had somehow been overlooked when America and the Soviet Union were fighting over scientists at the end of the war. The brothers were the inventors of several of Hitler’s flying-wing aircraft, including one called the Horten 229 or Horten IX, a wing-shaped, tailless airplane that had been developed at a secret facility in Baden-Baden during the war. From the Paperclip scientists at Wright Field, the Army intelligence investigators learned that Hitler was rumored to have been developing a faster-flying aircraft that had been designed by the brothers and was shaped like a saucer. Maybe, the Paperclips said, there had been a later-model Horten in the works before Germany surrendered, meaning that even if Stalin didn’t have the Horten brothers themselves, he could very likely have gotten control of their blueprints and plans.
The flying disc that crashed at Roswell had technology more advanced than anything the U.S. Army Air Forces had ever seen. Its propulsion techniques were particularly confounding. What made the craft go so fast? How was it so stealthy and how did it trick radar? The disc had appeared on Army radar screens briefly and then suddenly disappeared. The incident at Roswell happened just weeks before the National Security Act, which meant there was no true Central Intelligence Agency to handle the investigation. Instead, hundreds of Counter Intelligence Corps (CIC) officers from the U.S. Army’s European command were dispatched across Germany in search of anyone who knew anything about Walter and Reimar Horten. Officers tracked down and interviewed the brothers’ relatives, colleagues, professors, and acquaintances with an urgency not seen since Operation Alsos, in which Allied Forces sought information about Hitler’s atomic scientists and nuclear programs during the war.
A records group of more than three hundred pages of Army intelligence documents reveals many of the details of Operation Harass. They were declassified in 1994, after a researcher named Timothy Cooper filed a request for documents under the Freedom of Information Act. One memo, called “Air Intelligence Guide for Alleged ‘Flying Saucer’ Type Aircraft,” detailed for CIC officers the parameters of the flying saucer technology the military was looking for, features which were evidenced in the craft that crashed at Roswell.
Extreme maneuverability and apparent ability to almost hover; A plan form approximating that of an oval or disc with dome shape on the surface; The ability to quickly disappear by high speed or by complete disintegration; The ability to group together very quickly in a tight formation when more than one aircraft are together; Evasive motion ability indicating possibility of being manually operated, or possibly, by electronic or remote control.