Pakistan launches EO-2 satellite in a major step forward for its national space programme, marking another milestone in indigenous satellite development.
The second Earth Observation Satellite, EO-2, lifted off from China’s Yangjiang Seashore Launch Centre on Thursday. The mission was developed by the Space and Upper Atmosphere Research Commission (SUPARCO).
Officials said the satellite will significantly enhance Pakistan’s earth observation and high-resolution imaging capabilities. As a result, the country expects improved access to accurate and timely satellite data.
Pakistan’s EO-2 Satellite to Boost Earth Observation
The EO-2 satellite is designed to support national development planning and natural resource management. In addition, it will strengthen environmental monitoring and urban expansion analysis.
SUPARCO officials stated that EO-2 will also assist in governance, disaster management, and climate analysis. By delivering precise imagery, the satellite aims to improve strategic decision-making across multiple sectors.
With EO-2 now operational, Pakistan has expanded its satellite fleet. This expansion ensures better continuity, wider coverage, and greater precision in earth observation data.
A SUCCESFUL LIFTOFF for Pakistan's SUPARCO PRSC-EO2 satellite 🇵🇰, and a first-ever seaborne launch for Pakistan, via a Chinese satellite launch provider, in the South China Sea about an hour ago, today: pic.twitter.com/foODicdbgJ
— The STRATCOM Bureau (@OSPSF) February 12, 2026SUPARCO described the launch as a milestone in Pakistan’s space journey. Officials highlighted that the indigenous development of EO-2 reflects growing technical expertise and increasing self-reliance in advanced satellite technology.
The achievement also signals steady progress in using space-based solutions for socio-economic development and national resilience.
Last year in October, Pakistan launched its first hyperspectral satellite, HS-1, from China’s Jiuquan Satellite Launch Center. That mission focused on disaster forecasting, including floods and landslides, as well as environmental monitoring.
Read: Pakistan Successfully Launches First Hyperspectral Satellite HS-1
According to SUPARCO, HS-1 underwent in-orbit testing for two months after deployment. The satellite supports early detection of geological risks and strengthens environmental analysis.
Officials noted that both EO-2 and HS-1 align with Pakistan’s National Space Policy and Vision 2047. These missions underline the country’s commitment to scientific advancement and sustainable development through space technology.
Overall, the successful launch of EO-2 reinforces Pakistan’s expanding role in space-based innovation and its determination to build long-term technological capacity.
