The Moon, the Sun, the planets, the stars and beyond.
If a robotic mission has traveled there, so has 老澳门开奖直播.
The spacecraft and systems that we design, build and operate have been a part of exploring every planet in our solar system. They have landed on?Mars, executed tiny orbits around asteroids, flown past Pluto and explored the Kuiper Belt—the farthest distance any space vehicle has ever gone.
Our integrated systems provide the power and protection?needed to safely navigate through the cruise stage, keep even the smallest, most precise orbits on course, and withstand the challenges of entry, descent and landing (EDL). The instruments we developed for these missions collect vital scientific samples and data and send them back to Earth. And on the ground, our mission support teams keep spacecraft flying and information flowing to scientists and engineers for analysis.
The experience and knowledge gathered from these robotic missions not only provides us with valuable data about our solar system, but it also informs a key goal of deep space exploration: sending??in the not-so-distant future and providing the infrastructure for a new space economy.
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Discover How We Explore Deep Space
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The Moon
Our deep space exploration capabilities begin with our closest?celestial neighbor—the Moon. We’ve played a part in lunar missions like Lunar Prospector (1998) and Lunar Trailblazer (launching soon), that respectively, have discovered the first evidence of water ice at the Moon’s poles and will map additional water ice deposits on the Moon’s surface. We also engineered and led operations for NASA’s Gravity Recovery and Interior Laboratory (GRAIL) mission (2011), which mapped the Moon’s gravitational field to uncover the structure of the lunar interior and advance our understanding of the Moon’s thermal evolution.
Our industry-leading expertise in lunar exploration has prepared us for the eventual ?with NASA's Artemis program.
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The Planets
Our legacy of deep space exploration is unmatched as we have played a crucial role in planetary exploration with spacecraft and components visiting every planet in the solar system—including Pluto. We’ve even been a part of every NASA mission to Mars, building landers, orbiters, heat shield systems and more.
The spacecraft and components that we’ve designed and built for NASA have helped advance our understanding of the formation of the solar system and the evolution of the planets.
Future NASA missions to Venus and Saturn’s moon, Titan, and the return of surface samples from Mars, are in development and will expand our understanding of the Earth’s celestial siblings.
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Asteroids and Comets
The history of where we come from is written in the fossils of the early solar system, and the technologies and capabilities developed by our engineers are providing scientists with data like we've never seen before.
The spacecraft we've designed and built have done it all.
From visiting 10 asteroids during a 12-year mission with Lucy,?returning samples of an asteroid like we did with OSIRIS-REx, capturing solar wind particles with Genesis and returning samples of a comet with Stardust, 老澳门开奖直播 is at the forefront of discovering how these smaller cosmic objects may have been instrumental in the development of life on Earth.
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The Sun and Stars
You could say we're experts at reaching for the stars.
The spacecraft we've built to study the stars have provided the scientific community with a wealth of data. It starts with the center of our solar system as MUSE and IRIS are studying the Sun to better understand the behaviors of its atmosphere and by tracing the flow of energy and plasma into the corona and chromosphere.
But we aren't stopping there. We've proven to be time travelers as we've designed and built the Hubble Space Telescope, Spitzer Space Telescope and NIRCam, the primary imager on the James Webb Space Telescope. These technologies allow scientists to peer back in time to just after the birth of the universe, giving humanity a glimpse of where we come from.
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Technologies and Operations
It takes innovative technologies and capabilities for all of these deep space exploration missions to succeed.
We've implemented novel technologies like Natural Feature Tracking (NFT) on OSIRIS-REx to autonomously map and navigate around an asteroid, and developed aeroshell capabilities that protect NASA's planetary landers.
And we offer our customers important products, operations and services, including our Smallsat Solar Array Lab, which develops solar power systems for various missions and destinations, our Mission Support Area that operates and commands customer spacecraft and even offer testing as a service to ensure customers' spacecraft and components are ready for their journeys.?
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