1. Rachel Jones ITMG 100 08 Technology Research Project

2. Introduction  Exploration of space has fascinated people for thousands of years  Today’s technology has made aeronautics easier

3. History of Moon Exploration  1957: Sputnik I  1964: First man and woman in space  1969: Apollo 11

4. NASA Lunar Chariot

5. NASA’s Lunar Chariot Prototype Capacity2 people ColorGold Steering 6 wheels, each with full, independent 360° turning radius Spacesuits Needed?No; Pressurized Compartments Seats? No; 360° steering pedestal, located in back like a chariot Speed and Distance Top speeds of 10-20kph; Travel distances up to 1000km Extra Features?Attachments available- bulldozer, plow and drill [1] [1] This table was compiled from information found on both NASA ’ s website and articles from the “ New Scientist ”

6. Key Innovations  Pressurized Compartments  360° turning radius  Speed and Distance

7. NASA Lunar Chariot  TESTING OF LUNAR CHARIOT TESTING OF LUNAR CHARIOT

8. NASA’s Long Term Goals  Begin robotic missions to the moon  2020: Permanent human presence on moon (outside space station)Permanent human presence on moon

9. References  Dean, Brandi. "NASA's Newest Concept Vehicle Takes Off-Roading out of this World." NASA. 27 Feb. 2008. NASA. 17 Nov. 2008.  "The History of Moon Exploration." Nuffield Project. 24 Sept. 2002. University of Bradford. 17 Nov. 2008.  McKenna, Phil. "Lunar Chariot Prepares to Tear up Some Moon Dust." Space. 25 Mar. 2008. NewScientist. 17 Nov. 2008.  "No Spacesuits Needed in New Lunar Rover." Space. 27 Oct. 2008. NewScientist. 17 Nov. 2008.  Shiga, David. "Giant Robots Could Carry Lunar Bases on Their Backs." Space. 4 Apr. 2008. NewScientist. 17 Nov. 2008.