Artemis 2 Earth Re-Entry, Splashdown and Recovery Plan Explained by NASA
Why It Matters
A flawless Artemis 2 return proves Orion’s re‑entry and recovery systems, de‑risking upcoming lunar missions and reinforcing NASA’s partnership with the U.S. Navy.
Key Takeaways
- •Crew‑module separates from service module 20 minutes before entry.
- •Six‑minute communications blackout occurs at 150,000 ft altitude during reentry.
- •Drogue parachutes deploy at 22,000 ft, slowing to 200 mph.
- •Three main parachutes open at 6,000 ft for 20 mph splashdown.
- •Recovery team expects crew out of capsule within two hours.
Summary
NASA’s Artemis 2 briefing detailed the final re‑entry, splashdown and recovery sequence for Orion, outlining each critical event from module separation to crew extraction aboard the USS John Murtha.
The timeline begins with crew‑module and service‑module separation 20 minutes before entry interface, followed by a fine‑tuning raise burn 12‑16 minutes prior. After roll maneuvers to distance the service module, the crew dons launch‑entry suits, experiences a six‑minute communications blackout at 150,000 ft, then deploys drogue parachutes at 22,000 ft and three main chutes at 6,000 ft, achieving a gentle 20 mph splashdown in the Pacific.
Officials highlighted a 13‑minute window from entry to splashdown, a 1,957‑mile flight path southeast of Hawaii, and a flawless external inspection of the crew module. The mission burned 2,964 lb of service‑module fuel, retained ample margin, and set a record 122 GB of data downloaded in a single day, with cabin temperature maintained at 76 °F.
Successful recovery—crew out of the capsule within two hours and Orion secured aboard the carrier—demonstrates Orion’s operational reliability and validates the Navy‑NASA recovery partnership, paving the way for future crewed lunar missions.
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