Taiwan, a pivotal player in the global information and communication supply chain, is strategically positioning itself to enter the thriving international market for low-earth orbit (LEO) satellites while fortifying its digital resilience. The Taiwan Space Agency (TASA) has outlined its ambition to launch Taiwan's inaugural homegrown communication experimental satellite in 2025, with the goal of capitalizing on opportunities within the next-generation communication sector.
Meanwhile, the Foxconn Group is poised to make history by launching its own LEO satellite in 2023, marking the maiden venture of a Taiwanese private enterprise into this domain. Should this launch succeed and deliver its payload, Taiwan's low-earth orbit satellite industry could gain a competitive edge across both the established ground segment and the relatively challenging realm of space, even extending its influence into satellite services. In a video shared on social media by Exolaunch, a German satellite launch service agency, Foxconn's LEO satellite has been meticulously prepared for launch, set to be propelled into orbit using SpaceX's rockets. This underscores Foxconn's comprehensive approach to the LEO satellite sector and underscores Taiwan's potential to make inroads into the international space industry by integrating upstream and downstream industry elements, effectively acting as a "system integration company" and completing a critical piece of the puzzle.
Industry insiders view Foxconn's satellite endeavor as a significant milestone, representing the authentic involvement of the industry in the space sector and serving as Taiwan's inaugural step toward positive development in the space industry. Furthermore, private sector initiatives can be assessed purely from a business perspective, which often proves more efficient compared to government-led launch projects. Historically, Taiwan's space technology advancement has been hindered by international geopolitical constraints, resulting in slower progress. Nevertheless, in recent years, Taiwan has made substantial investments in the space industry as the sector gradually shifts towards commercialization. Taiwan boasts a complete industry ecosystem, spanning chip design, semiconductor manufacturing, advanced packaging, and testing, positioning it to align with global trends.
With regards to Taiwan's plan to launch a fully self-made LEO satellite in 2025, experts emphasize the significance of considering the rationale behind full self-production. From a technological standpoint, this represents a considerable breakthrough. Space technology encompasses not only technological prowess but also encompasses industrial, economic, and defense capabilities.
Historically, satellite technology was predominantly confined to the defense sector, with countries tightly controlling the transfer of space technology and critical component exports. While technological mastery is certainly commendable, it is imperative to evaluate whether these homegrown satellites can compete effectively in the market. For instance, can they offer superior bandwidth compared to Starlink or achieve similar missions with lower power consumption? To maintain competitiveness, it is crucial to identify more efficient approaches to enhance the industry's competitive edge. Otherwise, even with satellites being 100% self-produced, they may struggle to maintain competitiveness if they do not offer cost advantages or fail to generate corresponding commercial value.
In reality, industry reports suggest that the TASA's plan to launch a homegrown LEO satellite in 2025 may face delays. According to prior statements by TASA, the project has successfully completed system requirement definition and system design review, with the next steps entailing the strengthening of critical satellite design and communication payload. The plan is to commence space environment testing in 2024.
Article translated by Vyra Wu
