Mashruuca Artemis III: Mootada RS-25 ee NASA waxay ku bilowday qaybinta qalabka
24-kii bishii August, farsamayaqaannada NASA ee magaalada Kennedy Space Center ee dalka Mareykanka waxay bilaabeen inay ku xiraan afar mooto RS-25 oo ka mid ah rokkooda Space Launch System (SLS) ee mashruuca Artemis III, kaas oo loo isticmaali doono inay 2027-kii u saari karaan ciidamada. Mootadan waxay horey u shaqeyn jireen safarada rokkada Space Shuttle.
Bilowga qalabka mootada
24-kii bishii August, farsamayaqaannada NASA ee magaalada Kennedy Space Center ee dalka Mareykanka waxay bilaabeen inay ku xiraan afar mooto RS-25 oo ka mid ah rokkooda Space Launch System (SLS) ee mashruuca Artemis III, kaas oo loo isticmaali doono inay 2027-kii u saari karaan ciidamada. Mootadan waxay horey u shaqeyn jireen safarada rokkada Space Shuttle.
Mootada E2048 waxay ka mid tahay kuwa loo xiray mashruuca Artemis III, waxayna horey u shaqeyn jirtay safarada rokkada Space Shuttle. Mootadan waxay ka mid tahay kuwa loo xiray mashruuca Artemis III, waxayna horey u shaqeyn jirtay safarada rokkada Space Shuttle.
Taariikhda mootada E2048
Mootada E2048 waxay horey u shaqeyn jirtay safarada rokkada Space Shuttle. Waxay ka mid tahay kuwa loo xiray safarada rokkada Space Shuttle ee STS-129, kaas oo ay ku baxday NASA astronaut Randy Bresnik. Mootadan waxay horey u shaqeyn jirtay safarada rokkada Space Shuttle ee STS-129, kaas oo ay ku baxday NASA astronaut Randy Bresnik.
Mootada E2048 waxay sidoo kale horey u shaqeyn jirtay safarada rokkada Space Shuttle ee STS-95 ee sanadkii 1998, kaas oo loo xiray inay dib u soo ceshato Senator John Glenn, kaas oo ahaa qofka ugu weyn ee horey u baxay fariisimaha rokkada.
Arimaha muhiimka ah ee mashruuca
Mashruuca Artemis III wuxuu ku saleysan yahay rokkada Space Launch System (SLS) ee NASA, kaas oo loo isticmaali doono inay 2027-kii u saari karaan ciidamada. Mootada RS-25 waxay horey u shaqeyn jirtay safarada rokkada Space Shuttle, waxayna ka mid tahay kuwa loo xiray safarada rokkada Space Shuttle ee STS-129, kaas oo ay ku baxday NASA astronaut Randy Bresnik.
Mashruuca Artemis III wuxuu ku saleysan yahay rokkada Space Launch System (SLS) ee NASA, kaas oo loo isticmaali doono inay 2027-kii u saari karaan ciidamada. Mootada RS-25 waxay horey u shaqeyn jirtay safarada rokkada Space Shuttle, waxayna ka mid tahay kuwa loo xiray safarada rokkada Space Shuttle ee STS-129, kaas oo ay ku baxday NASA astronaut Randy Bresnik.
On August 24, NASA technicians at Kennedy Space Center started fitting four RS-25 engines into the core stage of the Space Launch System rocket that will carry the Artemis III crew to low Earth orbit in 2027.
A Legacy of Shuttle Missions
Each RS-25 engine carries a unique serial number that documents its full flight history. The four engines assigned to Artemis III — E2054, E2057, E2048, and E2052 — previously powered multiple space shuttle missions.
Engine 2048 helped launch NASA astronaut Randy Bresnik on an earlier mission aboard space shuttle Atlantis during STS-129, continuing a long line of service for these powerful engines.
The Oldest Astronaut's Engine Returns
Engine 2048 also flew on Space Shuttle Discovery during STS-95 in 1998, the mission that returned 77-year-old space pioneer U.S. Sen. John Glenn to orbit, making him the oldest person to fly in space at that time.
The installation of these historic engines marks a symbolic return of proven hardware to NASA's most ambitious lunar mission since the Apollo era.
Artemis III Targets 2027 Launch
The Space Launch System rocket, with its four RS-25 engines now being installed, is designed to carry the Artemis III crew into low Earth orbit in 2027.
This milestone represents a critical step in NASA's plan to return humans to the Moon and beyond, building on decades of engine development and shuttle heritage.
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