
AI-generated summary
Nara Space Technology is a microsatellite company that launched the first E3T on the fourth launch of Nuri last year and has been operating for 11 months. E3T Unit 2 was developed for the purpose of verifying the space environment of domestically produced space devices and components.
Nara Space Space Verification Satellite Unit 2 succeeds in first two-way communication
Space environment testing of domestic devices and components such as DRAM and NAND flash
(Seoul = Yonhap News) Reporter Cho Seung-han = Nara Space Technology, a microsatellite company, announced on the 8th that the space verification satellite 'E3T Unit 2', which is responsible for developing and operating the platform main body, succeeded in two-way communication with the ground station after the 5th launch of Nuri.
E3T Unit 2 was loaded onto the 5th launch of the Korean Launch Vehicle Nuri at Naro Space Center in Goheung, Gwangju, Jeollanam-do at 12:25 p.m. on the 7th, and was separated from orbit about 17 minutes after launch.
In the first communication, which took place about 1 hour and 57 minutes after separation, two-way communication was successfully established with the satellite control center at Nara Space's headquarters.
Nara Space announced that it is checking the basic condition of the satellite and proceeding with initial operating procedures.
E3T Unit 2 was developed to verify domestically developed space semiconductors, electronic devices, components, and technologies in an actual space environment.
E3T Unit 2, manufactured with 12 units (U, 1U is 10 cm in width, height, and height) and weighs 18.08 kg, consists of a 4U main body system and an 8U payload space.
It is designed to accommodate a variety of payloads with different characteristics to test and collect and transmit data in a space environment.
SK Hynix's DRAM and NAND flash, Insera Solutions' high-speed precision adjustment mirror, Momentum Space's reaction wheel, Korea Advanced Institute of Science and Technology (KAIST)'s attitude determination and system module, Cosmobee's 1A class hollow cathode for electric thruster, and Intergravity Technologies' orbital transport avionics equipment are verified in the actual space environment.
Nara Space also loaded E3T Unit 1 on the fourth launch of Nuri in November last year, and E3T Unit 1 has been in operation for 11 months.
Park Jae-pil, CEO of Nara Space, said, "It is significant that we have successfully secured the operational basis for E3T Unit 2 following the E3T Unit 1 launched last year, and have once again confirmed a stable satellite platform that can verify space elements and components in the actual space environment." He added, "We will continue to expand verification opportunities for various space elements and components in line with the global New Space trend and continue to accumulate related capabilities to serve as a foundation for the growth of the domestic space element and component industry. “I’m going out,” he said.
AI outlook — possibilities, not facts
Verification results for each payload of E3T Unit 2 will be released sequentially.
Likely · Within weeks
A follow-up space verification satellite development plan will be announced
Possible · Within months

President Lee Jae Myung watched the successful launch of South Korea's homegrown Nuri rocket, which deployed five microsatellites, and called for accelerated advancements in satellite technology.

The signals of all five micro-swarm satellites, the main satellites of the Korean launch vehicle Nuri, launched from Naro Space Center on the 7th, were confirmed. The Korea Aerospace Administration officially announced the success of the launch with successful communication sequentially.
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Although Nuri's reliability has improved with 4 consecutive successes including the 5th launch, experts pointed out that in order to enter the commercial launch service market and become one of the top five space powers, it is necessary to increase the success rate to 90%, lower launch costs, develop reusable launch vehicles, and foster an ecosystem of materials, parts, and equipment.
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With the launch of Nuri, the first ultra-small constellation satellite was successfully launched, and with the addition of 5 satellites next year, it will be possible to film the Korean Peninsula more than 3 times a day with 10 satellites. Satellite production period is expected to be shortened from 2-3 years to 2 months, accelerating entry into the New Space market.

The Korean launch vehicle Nuri took off from Naro Space Center in Goheung, Jeollanam-do at 12:25 p.m. on the 7th and deployed 5 micro-swarm satellites and 10 cube satellites at an altitude of 570 km, and the separation of the first, pairing, and second stages was accomplished smoothly.

South Korea's domestically developed Nuri rocket is scheduled for its fifth launch on Wednesday at 12:25 p.m. from the Naro Space Center in Goheung, carrying 15 satellites including five NEONSAT microsatellites that form the first batch of the country's first domestically launched microsatellite constellation for national security and disaster monitoring.