S. Korea's Nuri space rocket lifts off from Naro Space Center
Summary
South Korea launched its homegrown Nuri rocket from the Naro Space Center in Goheung on Wednesday at 12:25 p.m. The 200-ton rocket carried 15 satellites, including five NEONSAT microsatellites for the country’s first domestically launched microsatellite constellation and 10 CubeSats. Satellite deployment began at an altitude of around 575 kilometers, with the flight scheduled to conclude about 20 minutes after liftoff. The constellation will support monitoring of the Korean Peninsula and surrounding areas for national security and disaster response.
Key Facts
- Nuri’s first and second stages were scheduled to separate about 123 and 268 seconds after liftoff, respectively.
- Each NEONSAT satellite weighs less than 100 kilograms and carries an electro-optical camera capable of distinguishing objects as small as 1 meter in black-and-white images and 4 meters in color images.
- The five NEONSAT satellites were scheduled for deployment at intervals of 35 to 40 seconds, while the 10 CubeSats were to be released two at a time at 10-second intervals.
- Another five NEONSAT satellites are scheduled to launch aboard Nuri’s sixth flight next year, completing the 10-satellite constellation.
- Once fully operational, the constellation will be capable of imaging the Korean Peninsula more than three times a day and revisiting the same location within 24 hours.
The Nuri rocket is erected at the launchpad in the Naro Space Center in Goheung in Jeonnam-Gwangju Special Metropolitan City, Tuesday. Courtesy of Korea Aerospace Research Institute
South Korea launched its homegrown Nuri rocket Wednesday on its fifth flight to place 15 satellites into orbit, including five that will form part of the country's first domestically launched microsatellite constellation.
The 200-ton Nuri blasted off from the Naro Space Center in Goheung, about 400 kilometers southwest of Seoul, at 12:25 p.m.
The payload consists of five New-space Earth Observation Satellite Constellation for National Safety (NEONSAT) microsatellites and 10 CubeSats.
Nuri's first and second stages will separate about 123 and 268 seconds after liftoff, respectively, with satellite deployment beginning between 810 and 960 seconds at an altitude of around 575 kilometers.
The five NEONSATs, Nos. 2 through 6, will be deployed at intervals of 35 to 40 seconds, with Nuri's upper stage rotating by about 45 degrees between each separation to prevent collisions. The 10 CubeSats will then be deployed two at a time at 10-second intervals.
After releasing all 15 satellites, Nuri will perform a collision-avoidance maneuver and vent its remaining fuel, completing its flight about 20 minutes after liftoff. The rocket will then remain in orbit before eventually reentering Earth's atmosphere and burning up.
The Korea Aerospace Research Institute will track the flight from facilities in South Korea and Palau in the western Pacific.
The fifth flight will mark Nuri's first attempt to sequentially deploy multiple primary satellites designed to perform the same mission.
Each NEONSAT weighs less than 100 kilograms and carries an electro-optical camera capable of distinguishing objects as small as 1 meter in black-and-white images and 4 meters in color images.
The satellites will monitor the Korean Peninsula and surrounding areas for national security and disaster response.
The NEONSAT constellation will eventually consist of 10 satellites. Another five will be launched aboard Nuri's sixth flight scheduled for next year to complete the constellation.
Once fully operational, the constellation will be capable of imaging the Korean Peninsula more than three times a day and revisiting the same location within 24 hours.
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