South Korean rocket fails in Alcântara orbital launch

The Hanbit-Nano rocket, from South Korean startup Innospace, experienced an anomaly less than two minutes after takeoff from the Alcântara Launch Center in Maranhão on the night of December 22, 2025, thwarting what would have been the first orbital launch in Brazilian history. The vehicle was lost during the first stage's propulsion phase, and the onboard payloads were not recovered. Despite the setback, the incident is seen as normal for a new launcher's initial test.

The Hanbit-Nano launch took place at 10:13 PM on December 22, 2025, from the Alcântara Launch Center (CLA), managed by the Brazilian Air Force (FAB). Designed for light orbital missions, the 21-meter, two-stage rocket—the first stage powered by a hybrid paraffin and liquid oxygen engine, the second by methane and liquid oxygen—reached the speed of sound (Mach 1) and maximum aerodynamic pressure before the failure, which cut off the transmission.

Operation Spaceward, in partnership with Innospace, faced delays: originally set for December 17, it was rescheduled to the 19th and then the 22nd due to issues like power shortages at the platform, a valve failure, and bad weather, including rain in the afternoon of the launch. Still, about 400 professionals, including 300 military personnel, participated in the mission.

The payloads included Brazilian nanosatellites for IoT communication studies, developed by the Federal University of Santa Catarina (UFSC), an educational satellite with test technologies like solar panels and navigation instruments, plus messages from local students, including quilombola communities, through the Pion BR2 project by the Federal University of Maranhão (UFMA), in partnership with the Brazilian Space Agency (AEB), UNDP, and PION startup. Sources vary on the exact count: five Brazilian nanosatellites and three experiments, or seven Brazilian and one Indian.

This would have been the first commercial orbital launch from Alcântara, which offers an equatorial advantage (2.3 degrees south), saving fuel due to Earth's rotation. Innospace had successfully tested the suborbital prototype Hanbit-TLV in March 2023 from the same site. Initial failures, like those of the VLS-1 in 1997, 1999, and 2003, are common for new vehicles. Engineers are now analyzing data for future attempts.

Relaterede artikler

Illustration of Hanbit-Nano rocket exploding mid-air during launch from Brazil, with smoke and flames over coastal launch site.
Billede genereret af AI

Innospace's Hanbit-Nano rocket crashes 30 seconds after liftoff from Brazil

Rapporteret af AI Billede genereret af AI

South Korean startup Innospace's Hanbit-Nano rocket, on its first commercial orbital mission, lifted off from Brazil's Alcantara Space Center but crashed about 30 seconds later due to an immediate abnormality. It was carrying five satellites for 300-km low Earth orbit. The failure occurred in a safety zone with no casualties.

South Korea's homegrown Nuri rocket successfully launched from Naro Space Center early on November 27. Carrying 13 satellites, it reached the target altitude of 600 km and deployed them, with the main satellite CAS500-3 establishing communication with King Sejong Station in Antarctica. The mission marks a shift toward private sector-led space development.

Rapporteret af AI

South Korea's homegrown Nuri space rocket was transported and positioned upright on the launchpad at the Naro Space Center on Tuesday, despite a weather delay. The procedure paves the way for its fourth launch scheduled for early Thursday. Space authorities are carrying out final preparations, including fuel injection.

The Japan Aerospace Exploration Agency's eighth H3 rocket launch was halted on Wednesday, December 17, 2025, at the Tanegashima Space Center in Kagoshima Prefecture. The rocket carries the Cabinet Office's Michibiki No. 5 positioning satellite, used for Japan's version of the global positioning system.

Rapporteret af AI

Following a launch scrub on December 17, Japan's JAXA launched its eighth H3 rocket on December 22, 2025, from Tanegashima Space Center, but suspended the live broadcast after the second-stage engine shut down prematurely. The rocket carries the Cabinet Office's Michibiki No. 5 satellite for Japan's Quasi-Zenith Satellite System (QZSS).

Hukeda-2, a commercial satellite with a flexible robotic arm like an octopus tentacle, was launched on Monday for low-orbit refuelling tests, state media said. Jointly developed by Hunan University of Science and Technology and Suzhou Sanyuan Aerospace Technology, it will simulate the full process from approach to mock transfer.

Rapporteret af AI

Japan's JAXA launched its eighth H3 rocket on December 22, 2025, from Tanegashima Space Center after a December 17 scrub, but a second-stage engine malfunction prevented deployment of the Michibiki No. 5 satellite. Contact was lost with the vehicle, and JAXA is assessing if the satellite is irretrievable.

 

 

 

Dette websted bruger cookies

Vi bruger cookies til analyse for at forbedre vores side. Læs vores privatlivspolitik for mere information.
Afvis