NASA Brings Advanced Technology to the Road with the XCORP X222 Indy Roadster

Strategic Insights -

NASA's mission to explore the universe has led to numerous groundbreaking technological advancements. With a focus on sustainability and environmental concerns, NASA is now applying its expertise to address pressing issues on Planet Earth. Among the many areas of concern, NASA is tackling global warming and pollution by utilizing its position as a leader in advanced technology to create innovative solutions. One such solution is the XCORP X222 Indy Roadster, a two-seater roadster that boasts cutting-edge technology, including a low-cost, easy-to-fabricate composite monocoque structure.

Key Takeaways:

  • The XCORP X222 Indy Roadster is a two-seater roadster built with advanced aerospace-based technologies, including a plastic radiator, HUD display, and parallel processing software.
  • The vehicle features a composite monocoque structure that combines the chassis, interior, and body into one lightweight, superstrong structure, providing a virtual roll cage in the event of an accident.
  • The X222 Indy Roadster utilizes a low-cost, ultraefficient drive system composed of a compact, lightweight ULEV two-stroke three-cylinder Orbital engine and high-efficiency continuously variable transmission.
  • The vehicle is estimated to reach 80 miles per gallon, making it a highly fuel-efficient car.
  • The use of low-cost composite materials and a new low-labor, low-energy production system will bring profits back to low-cost entry-level cars.
  • NASA's investment in high technology is expected to pay back many dollars in return.
  • The XCORP X222 Indy Roadster will make its first appearance at the Detroit Auto Show, showcasing innovative technology in the automotive industry.

Statistics:

  • Estimated fuel efficiency: 80 miles per gallon
  • Vehicle weight: 1,200 pounds
  • Drive system: Compact, lightweight ULEV two-stroke three-cylinder Orbital engine and high-efficiency continuously variable transmission
  • Production system: New low-labor, low-energy production system
  • Materials: Low-cost composite materials
  • Number of passengers: 2

Sources:

  • NASA
  • XCORP (C.S. Catlin, 310/456-8112, 310/456-1622 (fax))