South Korea to build LEO satellite network by 2035, lunar landing by 2030

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South Korea to build LEO satellite network by 2035, lunar landing by 2030

Synopsis

South Korea has formally committed to building its own Starlink-scale LEO satellite constellation by 2035 and moved its lunar landing two years forward to 2030 — using the Nuri rocket rather than waiting for a next-gen vehicle. With presidential approval secured and a Europe diplomacy push underway, Seoul is signalling that space sovereignty is now a national security priority, not just a science goal.

Key Takeaways

South Korea plans to deploy a low-Earth orbit satellite communications network of hundreds of satellites by 2035 .
The National Space Council , chaired by President Lee Jae Myung , approved the strategy on 4 July 2025 .
The first South Korean lunar landing has been brought forward to 2030 , two years ahead of the original schedule, using the Nuri rocket .
A lunar communications orbiter is planned for 2029 and an Earth-moon scientific probe for 2031 .
A public-private delegation will hold 'Space Day' events in Belgium , Romania , and Poland to expand space cooperation with EU and NATO members.

South Korea has unveiled an ambitious plan to establish a low-Earth orbit (LEO) satellite communications network comprising hundreds of satellites by 2035, while also pulling forward its first lunar landing mission to 2030 — two years ahead of the original schedule. The plans were approved by the National Space Council, chaired by President Lee Jae Myung, on 4 July 2025.

The LEO Network Plan

The Korea AeroSpace Administration (KASA) unveiled the strategy during a public briefing on advanced industry development held in Jinju, a city in the southeastern part of the country. The network is envisioned as South Korea's own version of SpaceX's Starlink constellation and is intended to strengthen the country's domestic satellite and launch vehicle manufacturing ecosystem.

KASA Administrator Oh Tae-seok said, 'Leading space nations are making all-out efforts to build low-Earth orbit satellite communications networks, which are critical infrastructure for safeguarding national security and communications sovereignty, as well as a strategic foundation for the 6G era.' The statement underscores Seoul's view that space-based connectivity is no longer optional — it is a matter of sovereign infrastructure.

Accelerated Lunar Mission Timeline

Rather than waiting for South Korea's next-generation launch vehicle — scheduled to make its debut in 2032 — the government has decided to send a privately developed small lunar lander aboard the three-stage Nuri rocket in 2030. This pragmatic workaround reflects a broader urgency to establish a credible lunar presence within the decade.

KASA has also outlined a phased lunar exploration roadmap: a lunar communications orbiter is planned for launch in 2029, followed by the crewed-precursor lunar lander in 2030, and an Earth-moon scientific exploration probe in 2031. Together, these missions are designed to lay the groundwork for an expanded long-term lunar programme.

European Space Cooperation Push

In a parallel diplomatic initiative, South Korea is dispatching a public-private delegation to Europe to deepen space sector ties. The delegation, jointly organised by the foreign ministry and KASA, will hold a series of 'Space Day' events in Belgium, Romania, and Poland. The outreach targets members of the European Union (EU) and the North Atlantic Treaty Organization (NATO), as well as key Eastern European nations — a signal that Seoul is actively internationalising its space ambitions beyond its traditional partners.

Why This Matters

South Korea's twin announcements place it firmly in the global race for LEO dominance and lunar presence. The LEO network directly addresses 6G readiness and national security communications — two areas where dependence on foreign infrastructure is increasingly seen as a strategic liability. Notably, this is the first time Seoul has formally committed to a Starlink-scale domestic constellation, marking a significant escalation in its space policy ambitions. The accelerated lunar timeline also positions South Korea to compete with regional peers, including Japan, China, and India, all of whom have active lunar programmes targeting the same decade.

With presidential-level endorsement and a concrete multi-mission roadmap now in place, the next test will be whether KASA can translate policy ambition into hardware on schedule.

Point of View

Rather than waiting for a next-generation vehicle, is a pragmatic hedge: it keeps South Korea in the lunar race without betting the programme on unproven hardware. What mainstream coverage underplays is the European outreach angle — targeting NATO's Eastern flank (Romania, Poland) alongside Belgium suggests Seoul is quietly positioning itself as a space partner in the context of shifting European security architecture. The real question is execution: KASA is a relatively young agency, and delivering a Starlink-scale constellation on a decade timeline is an engineering and industrial challenge that has tested far larger space programmes.
NationPress
3 Jul 2026

Frequently Asked Questions

What is South Korea's plan for a low-Earth orbit satellite network?
South Korea aims to build a LEO satellite communications network comprising hundreds of satellites by 2035, modelled on SpaceX's Starlink. The Korea AeroSpace Administration (KASA) unveiled the plan on 4 July 2025, with approval from the National Space Council chaired by President Lee Jae Myung. The network is intended to secure national communications sovereignty and support 6G infrastructure.
When will South Korea land on the Moon?
South Korea has moved its first lunar landing forward to 2030, two years ahead of the previously scheduled date. The mission will use a privately developed small lunar lander launched aboard the three-stage Nuri rocket, bypassing the need to wait for the next-generation launch vehicle due in 2032.
What other lunar missions does South Korea have planned?
KASA plans to launch a lunar communications orbiter in 2029 and an Earth-moon scientific exploration probe in 2031. These missions are designed to build the infrastructure and data needed for a broader long-term lunar exploration programme.
Why is South Korea building its own satellite network?
KASA Administrator Oh Tae-seok stated that LEO satellite networks are 'critical infrastructure for safeguarding national security and communications sovereignty' and a 'strategic foundation for the 6G era.' Seoul views dependence on foreign satellite systems as a strategic vulnerability it wants to eliminate.
Which countries is South Korea partnering with in space?
South Korea is sending a public-private delegation to Belgium, Romania, and Poland for a series of 'Space Day' events. The outreach is aimed at deepening space cooperation with EU and NATO member states, as well as key Eastern European countries.
Nation Press
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