Historic Launch of Wooden Satellite
In a groundbreaking mission, the world’s first wooden satellite, developed in Japan, launched successfully on a SpaceX rocket as part of a resupply mission to the International Space Station (ISS). The innovative satellite, named LignoSat, aims to test the durability and environmental benefits of using wood in space technology.
Environmental Benefits of Wooden Satellites
Scientists at Kyoto University developed LignoSat, believing wood could reduce harmful particles when satellites re-enter Earth’s atmosphere. Wooden satellites can burn up completely, preventing leftover metal debris in orbit. This approach could reduce environmental damage in space and improve telecommunications systems.
Satellite’s Structure and Specifications
LignoSat, a compact 10-centimetre satellite, was designed to test wood’s resilience in harsh space conditions. It launched securely on an unmanned SpaceX rocket from NASA’s Kennedy Space Center, as reported by Kyoto University’s Human Spaceology Center.
Mission to Test Durability in Space
Upon reaching the ISS, LignoSat will remain in a special container provided by the Japan Aerospace Exploration Agency (JAXA). The satellite is expected to be released into space approximately one month later, allowing researchers to observe and assess its endurance against extreme temperature changes and other space conditions.
Data Transmission for Real-Time Analysis
The wooden satellite will send data to Kyoto University, allowing scientists to assess its structural integrity and detect any strain. This information will reveal if wooden satellites endure prolonged space exposure. Such findings could inspire a new era of sustainable satellite technology.
Future of Non-Metal Satellites
Takao Doi, an astronaut and special professor at Kyoto University, expressed optimism that wooden satellites could become mainstream, reducing the environmental impact of space exploration. As the LignoSat mission unfolds, scientists and environmentalists worldwide are closely watching for its potential to revolutionise satellite design.
Follow us on Socials: