HistoryFacts.com: Parts from the Original Wright Flyer have Been to Space

 

Parts from the original Wright Flyer have been to space.

Science & Industry

On December 17, 1903, at Kitty Hawk, North Carolina, aviators Orville and Wilbur Wright achieved the world’s first motor-powered airplane flight. On that historic flight, the Wright brothers’ aircraft, the Wright Flyer, reached an altitude of just 8 feet and traveled a distance of 120 feet. Little did anyone know that just 66 years later, parts of that very same plane would travel much higher and much farther — all the way to the moon.

When astronaut Neil Armstrong became the first person to walk on the moon on July 20, 1969, he brought with him two fragments from the original Wright Flyer: a 1.25-square-inch piece of muslin fabric cut from the aircraft’s left wing, and a piece of spruce wood taken from the left propeller. Armstrong carried the pieces inside his “personal preference kit,” a small bag of personal items that each of the Apollo 11 astronauts was allowed to bring with them into the lunar module for their journey. But Armstrong wasn’t content to simply treat the Wright Flyer artifacts as carry-on luggage — he placed the fabric and wood inside a pocket of his space suit and walked with them on the lunar surface. In this way, Armstrong was able to pay tribute to the Wright brothers, whose pioneering work ushered in the age of aviation that made the Apollo 11 mission possible.


Note:  The above comes directly from their website.

Comments

Post a Comment

Popular posts from this blog

HistoryFacts: 5 Surprising Facts About St. Patrick’s Day

Image
5 Surprising Facts About St. Patrick’s Day St. Patrick’s Day, celebrated on March 17 each year, is known for its parades, shamrocks, and a whole lot of green. It’s a day when people around the world embrace Irish culture — whether they have Irish heritage or not. But behind all the revelry, St. Patrick’s Day has a deep and fascinating history that goes far beyond the modern celebrations. Some of the traditions we associate with March 17th aren’t as old as you’d think, while others have surprising historical roots. Here are five intriguing facts about St. Patrick’s Day that might just change the way you see this beloved holiday. Credit: traveler1116/ DigitalVision Vectors via Getty Images Pubs Were Closed on St. Patrick’s Day Long before it became a worldwide celebration filled with traditional food, music, and pints of Guinness, St. Patrick’s Day was a quiet and solemn religious feast day in Ireland. For centuries, March 17 was dedicated to honoring St. Patrick’s role in bringing Chris...
Read more

Interesting Facts: 5 Inventions That Started Out as Something Else

Image
  5 Inventions That Started Out as Something Else  Innovation doesn’t always follow a straight line. Some of history’s most famous inventions, including the microwave, were  born from accidents . Others, though not strictly accidental, ended up serving a completely different purpose than originally intended — such as the blood pressure medication that ended up becoming a famous hair loss remedy.  Silly String Silly String may be a nostalgic party staple now, but it was originally a medical product. In the 1960s, chemist Robert P. Cox and inventor Leonard A. Fish set out to create an instant spray-on cast for broken bones. During their experiments, which included testing upward of  500  different spraying vessels, they discovered the material could be sprayed in long, sticky strands from a certain pressurized can.  Play-Doh Anyone who’s cleaned Play-Doh out of carpet or picked up all its little crumbs knows how messy it can be, so it may come as a surpr...
Read more

Interesting Engineering: Self-repairing buildings? Engineers make living concrete in construction breakthrough

Image
  Self-repairing buildings? Engineers make living concrete in construction breakthrough The fungus species Neurospora shows potential in creating building materials with intricate internal structures and diverse architectural forms. A team of researchers has developed a living building material composed of fungal mycelium and bacterial cells capable of self-repairing and surviving for extended periods. Unlike conventional construction materials, this bio-based composite remains viable for weeks, opening up new possibilities for regenerative architecture. The scientists behind the project, based at Montana State University in the USA, say the material is produced at low temperatures and relies on living cells, making it a potentially groundbreaking solution for reducing the environmental impact of the construction industry. Note:  The above comes directly from their website.  Click here to read more.
Read more