Earth orbit
CRS2 SpX-31 (Dragon)
Several key science payloads will be delivered to the International Space Station (ISS). Among these is a biomedical investigation that focuses on the mechanisms behind neuroinflammation, a condition associated with neurodegenerative diseases like Alzheimer’s, Parkinson’s, and multiple sclerosis. This study will utilize 3D brain models derived from patient stem cells to explore potential treatments. Additionally, the mission will carry the Multi-Resolution Scanner (MRS), which will use the Astrobee autonomous robot aboard the ISS to create detailed 3D maps of the space environment. This technology could have significant applications in future space exploration, allowing for automated assessments of spacecraft damage and other remote monitoring tasks. These research initiatives are part of NASA's ongoing efforts to leverage space-based research for both Earth-based health advancements and the development of future spaceflight technologies.
Earth orbitLaunch succeeded; current mission operations are not tracked by RocketLaunch.Live
View in 3D map ↗The mission
Several key science payloads will be delivered to the International Space Station (ISS). Among these is a biomedical investigation that focuses on the mechanisms behind neuroinflammation, a condition associated with neurodegenerative diseases like Alzheimer’s, Parkinson’s, and multiple sclerosis. This study will utilize 3D brain models derived from patient stem cells to explore potential treatments. Additionally, the mission will carry the Multi-Resolution Scanner (MRS), which will use the Astrobee autonomous robot aboard the ISS to create detailed 3D maps of the space environment. This technology could have significant applications in future space exploration, allowing for automated assessments of spacecraft damage and other remote monitoring tasks. These research initiatives are part of NASA's ongoing efforts to leverage space-based research for both Earth-based health advancements and the development of future spaceflight technologies.
The launch
- Launch
- Nov 05 2024
- Launch location
- LC-39A, Kennedy Space Center
- Launch vehicle
- Falcon 9
- Orbit
- Earth orbit
Launch intelligence
A SpaceX Falcon 9 rocket launched the CRS2 SpX-31 (Dragon) mission on Tuesday, November 5, 2024 at 2:29 AM (UTC).
- Launch provider
- SpaceX
- Vehicle
- Falcon 9
- COSPAR launch ID
- 2024-200
- Flight profile
- Orbital
- Launch result
- Success
- Window opens
- Nov 5, 2024, 02:29 UTC
- Target T-0
- Nov 5, 2024, 02:29 UTC
- Window closes
- Not published
- Provider display
- Nov 05 2024
- Pad and location
- LC-39A, Kennedy Space Center
Launch media
Mission timeline
Follow the mission through its available trajectory data in the full 3D solar-system map.
Mission ended — Archived
End date not documented
Launch succeeded; current mission operations are not tracked by RocketLaunch.Live
Gallery
0 images from CRS2 SpX-31 (Dragon).
No mission imagery is available yet.

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