When the first image from Taiwan’s newly launched Formosat-8A satellite finally appeared on computer screens inside the Taiwan Space Agency’s control room, it marked the end of years of uncertainty for the engineers who had spent nearly a decade bringing the mission to life. According to a report by Nikkei Asia, that moment represented far more than the successful transmission of a photograph. It became a defining milestone in Taiwan’s most ambitious effort yet to establish an independent space industry spanning satellites, launch infrastructure and orbital rockets.
The breakthrough came after an anxious wait in December, when engineers repeatedly failed to download the satellite’s first image despite multiple transmission attempts through ground stations near the North and South Poles. Huang Po-Hsuan, director of the Taiwan Space Agency’s optical payload team, recalled that the atmosphere inside the control room was tense as staff waited for confirmation that years of development had produced the expected results.
Speaking to Nikkei Asia at the agency’s headquarters in Hsinchu, Huang said the arrival of the first image was “the moment of truth” after seven to eight years of work. The successful transmission also marked what he described as Taiwan’s opportunity to move beyond the legacy of Formosat-5, the country’s first domestically developed Earth observation satellite, whose initial images were blurred following its launch in 2017.
Determined to avoid repeating that experience, the Taiwan Space Agency launched the Formosat-8 programme in 2019 through an unprecedented partnership between public institutions and private industry. The first satellite in the series, Formosat-8A, entered orbit in November 2025 with approximately 84% of its critical systems, including optical equipment, sensors, propulsion, onboard computing and power management, developed domestically.
The result was a satellite capable of producing images with ground resolution of about one metre, a performance level viewed as a significant achievement for Taiwan’s growing space sector.
The mission forms part of a broader national strategy that extends well beyond a single satellite. Taiwan plans to accelerate launches from one mission every several years to one or two launches annually beginning this year. By 2030, authorities aim to deploy a domestic satellite constellation of up to ten spacecraft, including eight Formosat-8 optical Earth observation satellites and two Formosat-9 satellites equipped with synthetic aperture radar capable of collecting imagery both day and night and through cloud cover.
Alongside those projects, the Taiwan Space Agency is working with local manufacturers to develop CubeSats for specialised missions, next-generation communications satellites and a secure satellite network intended to support national security.
The ambitions are matched by a dramatic increase in government investment. As reported by Nikkei Asia, Taiwan has expanded its rocket development programme from a ten-year investment of NT$25.1 billion to a thirteen-year budget of NT$71 billion, equivalent to approximately US$2.2 billion. The objective is to construct the country’s first orbital rocket, establish a launch facility in Pingtung by 2030 and carry a domestically built 200-kilogram satellite into orbit by 2034.
Taiwan Space Agency Director-General Wu Jong-shinn told Nikkei Asia that developing satellites alone would not provide genuine independence. He argued that launch sites and rockets are equally important because relying entirely on foreign capabilities leaves only part of the space industry under domestic control.
The urgency behind that strategy has grown since the outbreak of the Russia-Ukraine war in 2022. According to the report, concerns intensified after disruptions affecting Ukraine’s access to SpaceX’s Starlink satellite network highlighted the strategic importance of sovereign space capabilities. For Taiwan, which faces continuing military pressure from China, those developments reinforced efforts to strengthen domestic capacity across the entire space supply chain.
Developing advanced space technology has required extensive collaboration between government laboratories and private manufacturers. Taiwan’s National Center for Instrumentation Research and optical manufacturer Control Optics Taiwan produced the highly precise mirrors that allow Formosat-8A to capture detailed images from orbit. Researchers involved in the project told Nikkei Asia that the satellite’s primary mirror achieved surface accuracy measured in nanometres, with variations so small that, if enlarged to the size of Taipei Dome, they would measure less than one-twentieth the thickness of a human hair.
For manufacturers, achieving that level of precision demanded significant investment. Mike Hsieh, general manager of Control Optics Taiwan, said his company rebuilt the foundation of a newly constructed factory and poured more than 4,000 tonnes of concrete simply to eliminate floor vibrations that could affect sensitive measuring equipment. He described the project as unlike anything the company had previously attempted despite decades of experience producing astronomical telescope mirrors.
Other Taiwanese companies have also entered the programme. PixArt Imaging developed specialised time delay integrator sensors that allow satellite cameras to capture sharp images while travelling at orbital speeds. Company chairman Huang Sen-Huang told Nikkei Asia that development required more than five years of engineering work, custom electronics, specialised materials and radiation testing to withstand the conditions of space.
Despite those advances, Taiwan continues to face significant structural challenges. Many domestic technology companies prefer supplying components to international satellite operators rather than becoming integrated spacecraft or rocket manufacturers. Some companies are also reluctant to publicise their involvement in Taiwan’s space programme because of concerns that participation in projects linked to national security could affect business interests connected to China.
International constraints present another obstacle. Taiwan is not a member of the International Telecommunication Union, the United Nations agency responsible for allocating satellite spectrum and orbital positions. As a result, Taiwan must rely on foreign partners when applying for orbital rights and radio frequencies. Several companies interviewed by Nikkei Asia said partnerships in countries such as Singapore have become essential for accessing international launch opportunities.
Competition from China also shapes Taiwan’s strategy. China has established a fully integrated space industry supported by an estimated US$20 billion in annual investment and completed 93 orbital launches during 2025, according to BryceTech. Chinese satellite companies are also expanding into overseas markets, increasing competition for Taiwanese firms seeking international customers.
Industry executives interviewed by Nikkei Asia said Taiwan is unlikely to compete directly with larger powers in launch volume but instead intends to position itself in higher-value segments of the global supply chain by providing trusted components, advanced technologies and specialised manufacturing expertise.
For the engineers behind Formosat-8A, however, the journey remains defined by the technical challenges rather than geopolitical competition. Michelle Chang, who has worked on every major satellite programme at the Taiwan Space Agency for nearly two decades, said building a satellite independently differs fundamentally from relying on international partners. The experience gained from the shortcomings of Formosat-5 ultimately laid the foundation for the success of Formosat-8A.
Taiwan is scheduled to launch another satellite in the Formosat-8 series this year, only one year after the previous mission, marking a dramatic acceleration from earlier programmes that often required eight to ten years between launches. As Nikkei Asia reports, the latest mission represents another step in Taiwan’s long-term effort to build a domestic space ecosystem encompassing satellites, launch capability and a broader space economy while strengthening national security.
