An Indian teenager has built the smallest satellite in the world and NASA is going to launch it into space next month. 18 year old Rifath Shaarook constructed a tiny satellite that is just 1.5 inches wide and weighs only 64 grams, winning the Cubes in Space design competition put on by education company idoddle, NASA and the Colorado Space Grant Consortium.
Made out of 3D printed carbon fiber, the world's smallest satellite has been named KalamSat after the late former Indian president and scientist Dr APJ Abdul Kalam. The KalamSat satellite will be launching from the Wallops Island, Virginia NASA facility on June 21st, 2017 for a 4 hour suborbital flight. This will include 12 minutes spent in microgravity.
Minuscule Satellite Designs
18 Year Old Rifath Shaarook Built the World's Smallest Satellite
Trend Themes
1. Miniaturization in Space - The trend of developing smaller, lighter satellites opens up opportunities for more affordable and accessible space exploration and research.
2. 3D Printed Satellites - The use of 3D printing technology in creating highly specific and efficient satellite designs disrupts the traditional manufacturing process and opens up innovation opportunities in space technology.
3. Youth Innovation - The emergence of young innovators in the field of technology emphasizes the importance of investing in youth education and creative thinking to foster disruptive innovation in multiple industries.
Industry Implications
1. Space Technology - The creation of smaller and more efficient satellites sparks innovation in space technology and promotes the democratization of space exploration and research opportunities.
2. Educational Technology - The trend of incorporating educational programs and initiatives focused on innovation and creativity, such as the Cubes in Space design competition, can inspire the next generation of young entrepreneurs and innovators.
3. 3D Printing Industry - The use of 3D printing technology in the creation of small satellite designs can open up opportunities in the 3D printing industry to expand into the aerospace market and develop more efficient and cost-effective production processes.