A fresh look at SLS 🚀 We used our supercomputers and wind tunnels here at our Silicon Valley center to simulate airflow the Space Launch System rocket will experience during ascent. Notice anything new? Flanking each booster is a strake to improve the rocket’s airflow and stability. For the Artemis II mission, a pair of these strakes will be added to the core stage of SLS to smooth vibrations. Using supercomputers to visualize this addition helps engineers design stronger and more efficient str

57K views · 124 reactions | Experience the awe-inspiring launch of...

1.2K views · 31 reactions | NASA’s Space Launch System (SLS) rocket ignites with immense force | Beyond the Stars | Facebook

7.5K views · 101 reactions | Erika Alvarez is the Lead Systems Engineer for NASA's Space Launch System — so what does a lead systems engineer do? Get the details and learn more about SLS in our newest episode of NASA's Rocket Science in 60 Seconds! go.nasa.gov/2WPOGgf | NASA's Marshall Space Flight Center | Facebook

2.5K views · 233 reactions | When it comes to planning NASA's journeys to the Moon and Mars, there are no small steps. More than 55 miles of cable connect the avionics that guide NASA's Space Launch System. Take a closer look at the brains behind the rocket >> go.nasa.gov/2YOXAde | NASA's Marshall Space Flight Center | Facebook