Against a backdrop of a starry Florida sky, NASA’s Artemis I mission will feature the Lockheed Martin-built mission Orion Spaceship at the top that majestically launched to the moon and propelled the world into a new era of human space exploration.
This test flight is the first in a series of missions under NASA’s Artemis program that will result in landing the first woman and first colored person on the moon.
Orion lifted off at 1:47 a.m. aboard NASA’s Space Launch System (SLS) rocket. ET On Nov. 16 and two hours later, the spacecraft separated from the rocket’s upper stage, which was traveling at 22,600 miles per hour. This put it on a trajectory to break away from Earth’s gravity and make its way to the moon.
“We are witnessing history as Artemis I brings us a significant step closer to realizing NASA’s vision for human space exploration,” said Robert Lightfoot, executive vice president of Lockheed Martin Space. “Through a nationwide industry team that has also leveraged an international industry base, this launch and mission brings together the skills of a dedicated workforce and innovative technologies to make a global impact.”
With this successful start, the planned 25.5-day mission has begun. It will initially take several days to reach the moon and fly over its surface. Using the moon’s gravitational pull, it will be catapulted into a unique distant retrograde orbit that will take it some 40,000 miles beyond the moon’s far side. Orion will orbit the moon collecting data so mission leaders can assess the performance of the spacecraft and its payloads.
Prepare spray water
Orion will fly near the moon and use a precisely timed engine igniter in conjunction with the moon’s gravity to accelerate back towards Earth – at a speed of 40,000 km/h as it enters the planet’s atmosphere. The spacecraft will land off the coast of San Diego, California.
“Most people today have not lived in an era when a human-grade spacecraft has flown to the Moon or beyond,” said Lisa Callahan, vice president and general manager of Commercial Civil Space at Lockheed Martin Space. “With today’s launch, that stat has changed and we are now all members of the Artemis Generation. Personally, I can’t wait to see the first woman set foot on the moon, and the spacecraft that will take her there is already in development. “
Industry first demos and advancements
Lockheed Martin is focused on leveraging commercial partnerships and developing innovations that prepare the industry for a future manned mission and has several personalities on board for the historic voyage:
- Callisto: Lockheed Martin partnered with Amazon and Cisco to develop it Callisto, a technology demonstration payload installed inside and linked to Orion during the Artemis I mission. Because Artemis I is unmanned, Callisto was designed to test and demonstrate how commercial technology could be used to support future manned space missions. During the mission, controllers will operate the payload from Johnson Space Center.
- LunIR CubeSat: One of 10 small satellites co-driving with Artemis I funded by Lockheed Martin LunIR is a technology demonstration that will capture images of the moon to test the company’s ultra-compact, novel infrared sensor that images the moon both day and night. The team will apply learnings from this LunIR project to future lunar and planetary exploration missions to support lower-cost, applicable small satellites and technology demonstrations.
- AstroRad vest: The Artemis I mission is also being tested AstroRada radiation protection vest developed by stemwheel, a partnership between Lockheed Martin and the Israel Space Agency. Designed for space travel, the vest is modeled after the radiation protection vests used by first responders on Earth. That MARE Experiment brought two torsos aboard the spacecraft — one with an AstroRad vest and one without, to determine exactly how much protection it will offer astronauts.
Discover the Orion app
Take part in the journeys of Artemis and Orion Download the Explore Orion app to your mobile device.
In addition to everything Orion-related, the app features a dedicated section for Callisto – a unique demonstration of vehicle-connected crew interface technology that includes Amazon’s voice-activated virtual assistant Alexa and Cisco’s Webex, a video communication and collaboration software tool. includes.
Callisto is flying on the Artemis I mission to demonstrate how voice technology, AI, and handheld tablet-based video conferencing can help improve efficiency and situational awareness for those on board the spacecraft by providing access to real-time mission information and provide a virtual connection to people and information back to earth.
Explore Orion allows users to send comments to Callisto as it travels around the moon. Comments will be displayed on Callisto’s screen throughout the Artemis I mission, and replays will be posted so you can see your commentary in space.