NASA Ames's banner
NASA Ames's profile picture

NASA Ames

@NASAAmes501,885 subscribers

We're NASA's center in Silicon Valley.

Shorts

Meet our upgraded and more powerful Vertical Motion Simulator! Built with a 10‑foot dome, crisp 4K projectors, and a modular cab design, this upgrade delivers an immersive experience for testing next‑gen aircraft and spacecraft before they ever leave the ground. It’s pushing NASA simulation tech to a whole new level, bringing us closer to safer skies and future human landings on the Moon and Mars. Learn more:

Meet our upgraded and more powerful Vertical Motion Simulator! Built with a 10‑foot dome, crisp 4K projectors, and a modular cab design, this upgrade delivers an immersive experience for testing next‑gen aircraft and spacecraft before they ever leave the ground. It’s pushing NASA simulation tech to a whole new level, bringing us closer to safer skies and future human landings on the Moon and Mars. Learn more:

105,036 просмотров

Our nutrient-packed space food is coming back home! Samples from the BioNutrients-3 study will depart the International Space Station aboard NASA’s SpaceX CRS-33 mission and will soon be analyzed by the science team NASA Ames. Results from this study will help scientists develop approaches to produce on-demand nutrients needed for astronauts during deep space missions to the Moon and Mars. Learn more:

Our nutrient-packed space food is coming back home! Samples from the BioNutrients-3 study will depart the International Space Station aboard NASA’s SpaceX CRS-33 mission and will soon be analyzed by the science team NASA Ames. Results from this study will help scientists develop approaches to produce on-demand nutrients needed for astronauts during deep space missions to the Moon and Mars. Learn more:

290,223 просмотров

Dragonfly’s heat shield endured a 4,500°F blast—and passed the test. Units of NASA’s Dragonfly's heat shield faced intense solar radiation and mechanical stress testing Sandia National Labs, confirming that its carbon fiber and resin thermal protection material can withstand the harsh conditions it will endure when it enters the atmosphere of Titan, Saturn's largest moon. The rotorcraft will search for signs of habitability and explore the chemical composition of Titan. It is set to launch no earlier than 2028. Read more:

Dragonfly’s heat shield endured a 4,500°F blast—and passed the test. Units of NASA’s Dragonfly's heat shield faced intense solar radiation and mechanical stress testing Sandia National Labs, confirming that its carbon fiber and resin thermal protection material can withstand the harsh conditions it will endure when it enters the atmosphere of Titan, Saturn's largest moon. The rotorcraft will search for signs of habitability and explore the chemical composition of Titan. It is set to launch no earlier than 2028. Read more:

46,523 просмотров

Turn up the heat🔥 At our Arc Jet Complex, NASA engineers test heat shield designs and materials using intense heat that mimics the conditions spacecraft experience when entering a planetary atmosphere. Read more about this facility:

Turn up the heat🔥 At our Arc Jet Complex, NASA engineers test heat shield designs and materials using intense heat that mimics the conditions spacecraft experience when entering a planetary atmosphere. Read more about this facility:

49,132 просмотров

The Moon in a box 🌑 NASA's Lunar Lab and Regolith Testbeds is a simulated lunar environment. It features large boxes filled with simulated lunar dust, along with custom lighting and terrain features that create realistic conditions to test science instruments, robots, and rover designs for future Moon missions. Lear more about his facility:

The Moon in a box 🌑 NASA's Lunar Lab and Regolith Testbeds is a simulated lunar environment. It features large boxes filled with simulated lunar dust, along with custom lighting and terrain features that create realistic conditions to test science instruments, robots, and rover designs for future Moon missions. Lear more about his facility:

35,388 просмотров

It's Black Hole Friday! This computer simulation shows a gas cloud encountering two supermassive black holes. As gravitational and frictional forces meet, the cloud condenses and heats. Each time the black holes orbit, some of the gas is ejected. Learn how scientists use data like this to improve their observations and understanding of cosmic systems:

It's Black Hole Friday! This computer simulation shows a gas cloud encountering two supermassive black holes. As gravitational and frictional forces meet, the cloud condenses and heats. Each time the black holes orbit, some of the gas is ejected. Learn how scientists use data like this to improve their observations and understanding of cosmic systems:

54,980 просмотров

Goodnight Moon 🌙 In this timelapse video taken from the International Space Station, the Moon sets over the South Pacific Ocean.

Goodnight Moon 🌙 In this timelapse video taken from the International Space Station, the Moon sets over the South Pacific Ocean.

68,624 просмотров

Shockwaves never looked so smooth Ames researchers created a supercomputer simulation of the X-59 quiet supersonic aircraft to analyze the vehicle's potential performance. The dark and bright regions represent shockwaves and pressure variations. Weaker shockwaves spread from the lower surface of the aircraft, resulting in reduced noise at ground level. Video credit: NASA Ames/ Marina Nemec, Patrick Moran

Shockwaves never looked so smooth Ames researchers created a supercomputer simulation of the X-59 quiet supersonic aircraft to analyze the vehicle's potential performance. The dark and bright regions represent shockwaves and pressure variations. Weaker shockwaves spread from the lower surface of the aircraft, resulting in reduced noise at ground level. Video credit: NASA Ames/ Marina Nemec, Patrick Moran

13,329 просмотров

Videos