The Saudi satellite Shams opens up new horizons for space exploration
In a historic step reflecting the Kingdom of Saudi Arabia's growing ambition in the space sector, the launch of the Saudi satellite Shams as part of the Artemis II mission marked a pivotal moment in the nation's achievements. The significance of this event was not limited to symbolic participation; it affirmed an active scientific presence in one of the most complex space missions of the modern era, opening vast doors for advanced scientific research.
A pioneering journey: From the beginnings to the Saudi satellite Shams
To understand the overall context of this achievement, one must consider the historical background of the Saudi space program. The Kingdom's journey began in 1985 with the ascent of Prince Sultan bin Salman as the first Arab and Muslim astronaut. More recently, this strategic direction was reinforced by the missions of astronauts Rayana Barnawi and Ali Al-Qarni to the International Space Station. Today, the Saudi HEO Magnetosphere Satellite (Shams), developed by a specialized team from the Saudi Space Agency, crowns this journey within the international Artemis program, led by NASA, which aims to return humans to the lunar orbit for the first time in over fifty years since the end of the historic Apollo program.
High scientific value for studying space weather
In this context, the head of the Jeddah Astronomical Society, Engineer Majid Abu Zahra, explained to Al-Youm newspaper that the satellite, despite its small size compared to larger spacecraft, holds significant scientific value. It was designed to operate in high Earth orbit to study the space environment surrounding Earth in the upper atmosphere, regions that remain shrouded in numerous scientific questions. Its aim is to collect precise data that will contribute to understanding what is known as "space weather" and its effects on electronic systems, spacecraft, and crewed missions.
He pointed out that the satellite focuses on monitoring changes in the space environment resulting from solar activity, including high-energy charged particles coming from the sun, changes in the Earth's magnetic field, as well as space radiation that may directly affect navigation, communication and computer systems, and whose effects may even extend to human health in space.
Strategic implications: local, regional, and international dimensions
The significance of this event transcends geographical boundaries, achieving multifaceted impact. Locally, this achievement aligns perfectly with the goals of Saudi Vision 2030, which aims to diversify the economy and build an advanced knowledge-based society, inspiring younger generations to pursue careers in science, technology, engineering, and mathematics (STEM). Regionally, this project solidifies the Kingdom's leadership as a scientific powerhouse guiding the Arab world toward new horizons in space exploration. Internationally, the Kingdom's contribution of vital data for astronaut safety reinforces its position as a strategic and trusted partner in global space alliances.
Safe space exploration and planet Earth protection
Abu Zahra explained that these phenomena become more complex the farther we get from Earth, especially on the trajectories of spacecraft heading to the Moon or in higher orbits not adequately covered by current satellites. This makes the data provided by the Moon crucial for accurately mapping radiation levels and identifying the most dangerous areas. He emphasized that satellite data will directly contribute to enhancing the safety of manned spaceflights, as it helps improve the design of protective shielding inside spacecraft.
He pointed out that its importance extends beyond space to Earth, as its data contributes to improving solar storm prediction, protecting communication networks, the internet, and navigation systems from malfunctions, and supporting power grids by providing early warnings that reduce the risk of outages. He concluded by emphasizing that the true value of the project lies in its role within a historic manned mission and its contribution to addressing one of the most significant contemporary scientific challenges: protecting humanity in space.
