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The Nuri rocket has demonstrated the proven performance capability of launching a payload weighing 2.2 tons into a Sun-Synchronous Orbit (SSO) at an altitude of 600 to 700 kilometers. The technological maturity level has progressed from a 1.5-ton capacity in the first launch in 2021, through a 1.9-ton capacity, and finally achieving the 2.2-ton class over four consecutive launches.
This Nuri rocket's flight time was slightly shorter than initially planned, and as it demonstrated a commensurately higher engine thrust, the effective payload capacity is expected to be more than 2.2 tons. The official thrust of the Nuri rocket is 300 tons based on the first-stage engine, but it was reportedly a few percent stronger in this launch. KARI (Korea Aerospace Research Institute) plans to find the exact reason through data analysis, but initially, the influence of the launch vehicle manufacturing quality, handled by Hanwha Aerospace, is being cited. Department Manager Choi Chang-ho said, "Just like cars or electronics, the actual quality of a launch vehicle can vary depending on manufacturing capabilities," adding, "It seems Hanwha Aerospace produced a high-quality product."