At 5:19 a.m. EST (1019 GMT) on December 7, an AtlasV rocket launched into orbit, including the NASA laser space communications satellite, which took off with payloads, including several classified US space force technologies. Done, a report from space.com reveals.
The United Launch Alliance's two-stage rocket STP-3 (Space Test Program-3) was launched from Cape Canaveral Space Force Station's Space Launch Complex 41 for a mission. The rocket was set in its most powerful configuration, with five rocket boosters used to go into orbit with its heavy payload.
The payload includes two satellites with several technical prototypes and experiments being tested in orbit. Since these prototypes were launched by the US space force, the technologies they possess are largely classified.
In addition to US space force payloads, NASA sent its Laser Communication Relay Demonstration (LCRD), which was designed to improve the US space agency's space communications so that Artemis could land on the moon, which is currently I was pushed to 2025. NASA has traditionally relied on radio communications, and says its new laser-based communication system has greatly improved performance.
Today's Flight 90 (AtlasV) is a rocket launch since its manufacturer United Launch Alliance (ULA) was formed in 2002. The ULA is a joint venture between Lockheed Martin and Boeing and is a continuation of their Atlas rocket launch vehicles, which were first launched into orbit around the 1950s. The launch day was delayed by more than an hour due to high winds, and the mission was delayed from its original date of December 5 due to a fuel leak on the first launch pad.
The United Launch Alliance (ULA) powered Atlas V rocket launched two "community signal" satellites for the US Space Force on Friday (January 21).
Atlas V was launched Friday at 2:00 PM EST (1900 GMT) on Cape Canaveral, Florida, using two types of geosynchronous Space Situational Awareness (GSSAP) satellites.
If all goes according to plan, the rocket will launch two satellites within six to 45 minutes after launch. The GSSAP car travels to its final destination, about 22,300 miles from the center line, to the nearest station.
The satellites are the fifth and sixth GSSAP aircraft flying. ULA announced the first four phases of two special aircraft operations, one in 2014 and one in 2016. Two previous operations used Delta IV aircraft, which were canceled in
The GSSAP satellite helps control cars in a geosynchronous orbit corresponding to the rotational speed of the satellite orbit at American Center. Water, communications and satellite monitoring are useful facilities because planes are constantly "rotating" on a planet (or at least simultaneously).
The GSSAP satellite "provides geosynchronous Earth orbit (GEO) community surveillance services to improve the safety net of all aircraft operating in orbit," ULA members wrote in a statement. Performance Statement (Opens in a new tab).
"GSSAP's unique data contributes to the accuracy and accuracy of forecasts, improves GEO's environmental awareness and improves airport safety, including crash prevention.
Michael Wall is a writer for Space.com (opens with a new board) and joined the group in 2010. He is a big fan of declares, space travel and space soldiers. krite. His book Out There was released on November 13, 2018. Before becoming a research writer, Michael worked as a veterinarian and veterinarian. I have a Ph.D. in evolutionary biology from the University of Sydney, Australia, a master's degree from the University of Arizona, and a master's degree in scientific writing from the University of California, Santa Cruz. You can follow Michael on Twitter to see what his new project is about.
.jpg)
0 Comments