A futuristic-appearing craft took to the air in 1983, 
      looking unlike anything else in the skies. It was a bold innovation in 
      aviation design, merging a state-of-the-art lightweight composite airframe 
      with twin rear pusher-propellers, a swept-forward wing, and an innovative 
      variable-sweep forward horizontal stabilizer (called a foreplane or 
      canard) that changed configuration to compensate for the aerodynamic 
      changes during flight. The legendary designer of this “aircraft of the 
      future,” known as the Beech Model 2000 Starship, was the unconventional 
      Elbert L. "Burt" Rutan. 
      Rutan's most expensive project, the Beech Starship was 
      just one in a series of experimental and unique aircraft designs that are 
      his trademark. Burt Rutan's design résumé is loaded with such 
      revolutionary aircraft as the VariViggen, VariEze, Quickie, Solitaire, 
      AD-1, Amsoil Racer, Defiant, Long-EZ, Grizzly, Solitaire, Catbird and, 
      most notably, the renowned Voyager, the first aircraft to fly 
      non-stop around the world without refuelling in 1986.  
      Born on June 17, 1943, in Portland, Oregon, Elbert L. 
      "Burt" Rutan grew up near Fresno, in the suburb of Dinuba, California, 
      where as a youngster he designed and built award-winning model aircraft. 
      By the age of 16, Rutan had learned to fly, and his enthusiasm for 
      aviation continued at California Polytechnic State University, where he 
      earned a degree in aeronautical engineering in 1965, graduating third in 
      his class.  
      Following his graduation, Rutan started his 
      professional career as a civilian flight test project engineer at Edwards 
      AFB, California, working on nine Air Force research projects over the next 
      seven years. In 1972, he joined Bede Aircraft as its director of 
      development at the Bede Test Centre in Newton, Kansas, noted for 
      fibreglass V-tail kit airplanes, such as the BD-5, and the BD-5J “pocket 
      rocket” mini-jet aircraft, made famous in a 1983 James Bond movie.  
      Rutan's creative vision led to the formation of his own 
      Rutan Aircraft Factory in 1974 to design and market innovative canard 
      designs for home-built light aircraft such as the VariEze and the Long-EZ. 
      (A canard is a horizontal stabilizer mounted on the fuselage in front of 
      the wings; the word means “duck” in French.) Burt's brother, Dick Rutan, 
      established numerous world speed and distance records in the Long-EZ, 
      earning the prestigious Fédération Aéronautique Internationale (FAI) Louis 
      Bleriot Medal of the World Air Sports Federation for these achievements. 
      Located at the Mojave (California) Airport, the Rutan Aircraft Factory 
      also manufactured a number of light aircraft models, incorporating 
      composites and unusual materials into its imaginative designs.  
      The Rutan Aircraft Factory would soon leave its mark on 
      aviation history with its most ambitious aircraft project, the Voyager. 
      Designed for maximum fuel efficiency, the twin-engine Voyager was 
      completely constructed from composite materials, including an airframe 
      weighing only 939 pounds (426 kilograms) and a main wing so bendable that 
      the tip flexed three to five feet (0.9 to 1.5 meters) while in flight. 
      Construction began in earnest in the summer of 1982. 
      Often described as a “flying fuel tank,” the Voyager 
      was outfitted with 17 fuel tanks that carried 7,011 pounds (3,180 
      kilograms) of fuel—more than 72 percent of its gross weight—at takeoff. 
      During flight, the pilots would shift fuel from tank to tank to maintain 
      the aircraft's balance. Following a construction phase lasting almost two 
      years and expenditure of more than 22,000 hours of labour, the Voyager 
      made its first test flight on June 22, 1984. 
      Weighed down by its enormous load of fuel, the 
      Voyager laboriously took to the skies for its round-the-world attempt 
      on December 14, 1986, with Dick Rutan and Jeana Yeager at the controls. 
      Covering 24,986 miles (40,211 kilometres) in nine days, three minutes and 
      44 seconds, the weather-beaten Voyager touched down on the dry 
      lakebed at Edwards AFB, California, on December 23, 1986, having 
      successfully circled the globe on the first non-stop, un-refuelled flight. 
      Only 106 pounds (48 kilograms) of fuel remained in the Voyager's 
      tanks at landing. 
      The Voyager is now on permanent display in the 
      main gallery of the Smithsonian Institution's National Air and Space 
      Museum in Washington, D.C., alongside such other famous aircraft as the 
      Wright Flyer and Charles Lindbergh's Spirit of St. Louis. 
      The development and historic flight of the Voyager earned Burt 
      Rutan the FAI Gold Medal, the Collier Trophy, and the Society of 
      Experimental Test Pilots' Doolittle Trophy. The Rutan brothers and Jeana 
      Yeager were also presented with the Presidential Citizens Medal by 
      President Ronald Reagan.  
      Burt Rutan expanded his successful experiments with 
      composite materials to larger-scale projects with the formation of Scaled 
      Composites, Inc., in 1982, for the design, fabrication, and flight testing 
      of prototype aircraft projects for both the government and private 
      industry. Efficiency, low-cost manufacturing techniques, and energy 
      conservation were the primary goals. 
      Rutan sold Scaled Composites to Beech Aircraft in 1985, 
      staying on as the company's chief executive officer and creative 
      visionary. (Scaled Composites was later acquired by the Wyman-Gordon 
      Company in January 1989, and Burt Rutan was retained as the company's 
      president and CEO). 
      The most notable of Rutan's creations was Beech's Model 
      2000 Starship, a radical departure from the traditionally conservative 
      designs of Beech Aircraft. The all-composite Starship lacked a 
      conventional tail—using rudders on upturned fins or winglets at the end of 
      each wing to provide directional control and stability in addition to a 
      variable-sweep canard. Aluminium mesh embedded into the skin shielded the 
      Starship's electronics by permitting electric current to flow through the 
      body to a point where the charge exited the aircraft, with only minor 
      cosmetic damage at the actual lightning strike point. 
      Following a rigorous flight test program to bear out 
      the most ambitious general aviation development project in history, 
      Rutan's Starship received formal certification from the Federal Aviation 
      Administration on June 14, 1988. Beech's $350-million investment, coupled 
      with Burt Rutan's design genius, resulted in a high-performance, 
      stall-free aircraft that accommodated eight passengers (plus two pilots), 
      competitive in speed with small business jets. 
      A list of Burt Rutan's awards and honorary degrees 
      would fill an entire page. During his illustrious career, he has earned 
      virtually every honour the aviation world can bestow. His innovative 
      designs and extensive use of composite materials have rewritten the book 
      on how aircraft should be built.
      Rutan has now taken the giant step into space, having 
      designed the first private enterprise rocketship and achieved manned space 
      travel. Work is in progress to become the first private space tourist 
      carrier.