Which is the World's Lightest Satellite launched by NASA recently?
VerifiedAnswer: Kalam Sat
Explanation:
Kalam Sat holds the remarkable distinction of being the world's lightest satellite, weighing just 64 grams. This incredible achievement was named after India's beloved former President and renowned scientist, Dr. A.P.J. Abdul Kalam, who was fondly known as the "Missile Man of India" for his contributions to space and defense technology.
This tiny satellite was developed by 18-year-old Tamil Nadu student Rifath Sharook, along with his team from Space Kidz India. The project demonstrates how young minds can contribute significantly to space technology and research. The satellite's compact design and lightweight structure make it a perfect example of how modern technology can achieve maximum results with minimal resources.
Kalam Sat was launched as part of NASA's suborbital flight mission in 2017. The satellite was designed to operate for a duration of 240 minutes during its suborbital flight. Its primary mission was to study space radiation and test the performance of 3D-printed carbon fiber components in the harsh environment of space.
The satellite's key features include:
• 3D-printed carbon fiber structure for durability and lightweight design
• Advanced sensors for measuring space radiation levels
• Compact electronics that can withstand extreme space conditions
• Cost-effective design that makes space research more accessible
This achievement is particularly inspiring because it shows how students and young researchers can participate in cutting-edge space technology. The success of Kalam Sat opens new possibilities for small-scale, cost-effective space missions that can be developed by educational institutions and young innovators around the world.
The satellite represents a significant step forward in the field of nanosatellites and CubeSats, which are becoming increasingly important for space research, communication, and Earth observation. These small satellites are revolutionizing space technology by making it more affordable and accessible to researchers, students, and smaller organizations who previously couldn't participate in space missions due to high costs and complex requirements.
