Henon: Tiny Satellite to Brave Deep Space and Warn Us of Solar Storms

Henon represents a significant leap forward in space exploration. CubeSats, small and relatively inexpensive satellites, have traditionally been used in Earth orbit. Henon will be the first CubeSat to independently venture into deep space, navigate to a specific orbit around the Sun, and communicate directly with Earth, all without relying on a larger spacecraft as a 'mothership'. This opens up exciting new possibilities for scientific research and exploration using smaller, more affordable spacecraft. The mission's primary goal is to observe the Sun's emissions. The Sun constantly emits energy and particles, some of which can cause powerful solar storms. These storms can disrupt our technological infrastructure, including power grids, communication satellites, and even GPS systems. By monitoring the Sun from its orbit, Henon will be able to detect these events hours before they reach Earth, providing valuable warning time. Henon will use a combination of onboard sensors and antennas to monitor the Sun's activity and transmit data back to Earth. The satellite will be equipped with a propulsion system that will allow it to manoeuvre into its designated orbit around the Sun. This is a crucial demonstration of technology, proving that small satellites can perform complex tasks in deep space. The success of Henon will pave the way for future deep-space missions using CubeSats. These small satellites could be used to explore asteroids, study the solar system, or even search for signs of life beyond Earth. By proving that CubeSats can operate independently in deep space, Henon is opening up a new era of affordable and accessible space exploration.