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  • 16
    Apr
    2013
    7:29pm, EDT

    Orbital's Antares rocket cleared for its maiden launch into orbit

    Brea Reeves/NASA Wallops Flight Facility

    The sun rises over NASA's Wallops Flight Facility, where the first Antares rocket built by Orbital Sciences stands poised to launch on its test flight from Wallops Island on Virginia's Eastern Shore. Liftoff set for 5 pm ET on April 17, 2013.

    By Tariq Malik, Space.com

    WALLOPS ISLAND, Va. —The biggest private rocket ever to launch from Virginia's Eastern Shore is ready to take its maiden voyage on Wednesday, the rocket's builders say.

    NASA and the commercial spaceflight company Orbital Sciences Corp. have officially cleared the company's new Antares rocket for launch, setting the stage for what will be a critical test flight from NASA's Wallops Flight Facility here. Liftoff is set for Wednesday at 5 p.m. ET (2100 GMT).

    "It's going to be the biggest, brightest and loudest thing ever launched from Wallops," Orbital CEO Frank Culbertson, a former NASA astronaut, told reporters Tuesday. "It's going to be visible up and down the East Coast." [How to see the Antares rocket launch]

    You can watch the Antares rocket launch webcast on Space.com, courtesy of NASA.

    The Antares rocket is a two-stage booster that stands 131 feet (40 meters) tall and is designed to launch Orbital's robotic Cygnus spacecraft on cargo delivery missions to the International Space Station. The Dulles-based Orbital Sciences has a $1.9 billion contract with NASA to provide at least eight cargo missions to the station. NASA picked Orbital Sciences as a commercial cargo provider in 2008.

    With NASA's space shuttle  fleet retired, the space agency is relying on commercial rockets and spacecraft to serve as the vital supply line for the space station. Another company, Space Exploration Technologies (SpaceX) of Hawthorne, Calif., has a $1.6 billion contract for 12 cargo missions under a similar deal. 

    SpaceX launches its rockets from Florida, which has a long tradition of space launches, and has already flown two delivery flights and one test mission under that program.

    "This does represent a new way of doing business for NASA," NASA's commercial crew program manager Alan Lindenmoyer said. "We're sharing the cost."

    Orbital officials said the company began developing the Antares rocket on its own, and later received up to $288 million in NASA support to help develop the Cygnus craft. So far, Orbital has completed 24 of the 29 milestones required to receive that $288 million. The company also added in "several hundred million" of its own funds for Cygnus, Culbertson said.

    Orbital is hoping that investment pays off not only in NASA contracts for station cargo missions, but also in deals with commercial customers who want to use Antares and Cygnus. But first, the Antares rocket must prove its spaceworthiness, and that's where Wednesday's test flight comes in.

    Orbital's Antares rocket uses two Aerojet AJ26 liquid-fueled engines, modernized versions of a design originally developed to launch Russia's N-1 moon rocket in the 1960s, to power its first stage. The second stage is powered by a new solid rocket motor built by veteran solid-fueled motor builder ATK, which also built the boosters for NASA's space shuttles.

    The Antares test flight will lift off from a brand-new launch pad, called Pad 0A, at the Mid-Atlantic Regional Spaceport, a commercial spaceport built at NASA's Wallops Flight Facility and overseen by the Virginia Commercial Spaceflight Authority. It's the first test for the launch pad, too.

    Orbital Sciences Corporation looks to become the second commercial company to ship cargo to the International Space Station. The un-manned Cygnus spacecraft would dock to ISS with the help of the station's robotic arm.

    Watch on YouTube

    According to Orbital officials, the test flight could be visible from as far north as Portland, Maine, and as far south as Charleston, S.C., weather permitting. It should definitely be visible as a bright light soaring southeastward across the sky from Washington, D.C., the home of Congress. Culbertson said he hopes lawmakers in Washington see the rocket launch.

    "That's a new experience," Culbertson said. "People think you have to go to Florida to see a space launch."

    The test flight will be the highest profile launch yet for the Wallops Flight Facility, which was established in 1945 as a center for aerodynamics research. Today, the facility is NASA's hub for small suborbital rocket launches and balloon science missions. More than 16,000 small rockets have been launched on short science missions since the facility became operational.

    But Antares is the biggest rocket yet to reach the launch pad. NASA and Orbital officials made it clear that Wednesday's test flight was just that — a test — and one that could fail. Just making it to the launch pad was a feat in itself, they added.

    "Regardless of whether it is a good day or a bad day, or something in between, for tomorrow…whatever happens, it's been a good job to get us where we are today," said Phil McAlister, NASA's director of commercial spaceflight development.

    Editor's note: If you snap a great photo of Orbital's Antares rocket launch that you'd like to share for a possible story or image gallery, send photos, comments and your name and location to managing editor Tariq Malik at spacephotos@space.com.

    Visit Space.com for complete coverage of the Antares rocket launch on Wednesday.

    Email Tariq Malik at tmalik@space.com or follow him @tariqjmalik and Google+. Follow us @Spacedotcom, Facebook and Google+. Original article on Space.com.

    • Orbital Sciences' Private Antares Rocket & Cygnus Spacecraft Explained (Infographic)
    • Now Boarding: The Top 10 Private Spaceships
    • Gallery: Orbital Sciences' Cygnus Spaceship & Antares Rocket 

    Copyright 2013 Space.com, a TechMediaNetwork company. All rights reserved. This material may not be published, broadcast, rewritten or redistributed.

    4 comments

    Yes, Uneducated Americans, we do still have a space program. And, in addition to NASA's direct efforts, we have one private company (SpaceX) currently capable launching cargo into orbit/to the ISS and, hopefully very soon, Orbital Sciences will make that TWO private companies.

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    Explore related topics: space, rocket, launch, featured, antares
  • 19
    Mar
    2013
    8:09pm, EDT

    US military's launch of missile defense satellite a success

    Lockheed Martin

    An artist's illustration of a Lockheed Martin-built Space Based Infrared System Geosynchronous missile warning satellite for the U.S. military in orbit.

    By Mike Gruss
    Space.com

    WASHINGTON — The U.S. Air Force launched the second satellite in its next-generation missile warning constellation Tuesday from Cape Canaveral Air Force Station, Fla.

    The satellite, known as GEO-2, is the second dedicated satellite in geosynchronous orbit in the Space Based Infrared System (SBIRS) and was launched aboard a United Launch Alliance Atlas 5 rocket.

     "We are confident this satellite will meet or exceed expectations and play a pivotal role in our national security for years to come," Jeff Smith, Lockheed Martin's vice president of Overhead Persistent Infrared (OPIR) mission area, said in a news release. Lockheed Martin Space Systems of Sunnyvale, Calif., is prime contractor on the multibillion-dollar program. Northrop Grumman is the payload manufacturer.  

    "Today's successful launch of the GEO-2 satellite marks another milestone in the evolution of infrared surveillance from space," Stephen Toner, Northrop Grumman's vice president of the Military and Civil Space business area, said in a prepared statement Tuesday. "The team played a significant role ensuring that the sensors on GEO-1 are performing beyond specification, and we are confident that the GEO-2 sensors will exhibit similar performance." 

    ILS / Air Force via SpaceVidsNet

    An Atlas 5 rocket lifts off from Cape Canaveral Air Force Station in Florida, carrying a Space-Based Infrared System satellite, or SBIRS GEO-2, into orbit.

    When fully deployed, the SBIRS system includes four dedicated satellites in geosynchronous orbit, infrared sensors hosted on classified satellites in highly elliptical orbits, and a network of ground stations to receive, process and distribute the data. SBIRS is the replacement for the Defense Support Program constellation of satellites that have provided missile warning since the early 1970s.

    The newer satellites, featuring scanning sensors that cover large swaths of territory and staring sensors that focus on smaller areas of interest, are expected to significantly improve the Pentagon's missile detection and military-intelligence gathering capabilities. In particular, the SBIRS craft are expected to be much better than their predecessors in detecting launches of relatively short-range missiles.

    GEO-1 was launched in May 2011 and has troubled Air Force officials with an intermittent communications glitch. Air Force officials and Lockheed Martin executives have said they do not expect the problem to resurface in GEO-2. The third geosynchronous satellite, GEO-3, is expected to launch in 2015, with the fourth to follow about a year later.

    Air Force officials expect to issue production contracts for the fifth and sixth dedicated satellites later this year.

    This story was provided by Space News, dedicated to covering all aspects of the space industry. Article on Space.com.

    • US Military Launches Missile Defense Satellite (Photos)
    • Top 10 Space Weapons
    • More Stories from Space News

    Copyright 2013 Space.com, a TechMediaNetwork company. All rights reserved. This material may not be published, broadcast, rewritten or redistributed.

    1 comment

    29.78 km/s??? That's the Earth's speed in its orbit. But it is way faster than escape velocity for a satellite orbiting the Earth.

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  • 25
    Feb
    2013
    11:45am, EST

    Indian rocket launches asteroid hunter, 6 other satellites

    India Space Research Organization

    An India Space Research Organization PSLV rocket (Polar Satellite Launch Vehicle) launches seven satellites from the Satish Dhawan Space Center in Sriharikota, India, on Monday.

    By Miriam Kramer
    Space.com

    A rocket carrying seven new satellites, including the first spacecraft designed to hunt huge asteroids and two of the world's smallest space telescopes, launched into space Monday from an Indian spaceport.

    The Indian Polar Satellite Launch Vehicle blasted off at 7:31 a.m. EST from the Satish Dhawan Space Centre in Sriharikota, India, on a mission to deliver its multinational payloads into Earth orbit.

    Monday's rocket flight primarily aimed to launch the new ocean-monitoring SARAL satellite into orbit for the Indian Space Research Organization and French Space Agency. The satellite is the first in a series of satellites created by ISRO to image the Earth, conduct space science, and carry out oceanic and atmospheric studies, ISRO officials said.

    Several other payloads rode piggyback on the PSLV rocket, including the $25 million Near-Earth Object Surveillance Satellite (NEOSSat), a small spacecraft designed to seek out large asteroids in orbits that may stray near the Earth.

    The suitcase-size satellite cannot track small space rocks like asteroid 2012 DA14, the  130-foot (40 meters) object that buzzed the Earth on Feb. 15, but scientists working with NEOSSat will use it to search for a specific types of asteroids that are at least 31 million miles (50 million kilometers) from Earth, mission scientist said. [See how NEOSSat tracks asteroids (Video)]

    Canadian Space Agency

    An artist's illustration of the NEOSSat asteroid-hunting satellite in Earth orbit. The Canadian Space Agency mission will search for large asteroids near Earth and track space debris.

    "NEOSSat will probably reduce the impact hazard from unknown large NEO’s (near-Earth objects) by a few percent over its lifetime, but is not designed to discover small asteroids near the Earth that may be on collision courses," NEOSSat co-principal investigator Alan Hildebrand of the University of Calgary wrote in a statement.

    Two smaller nanosatellites developed in Canada also hitched a ride into orbit alongside SARAL and NEOSSat in what their builders have billed as the world's smallest space telescope mission. The twin satellites make up the BRIght Target Explorer (BRITE) mission, which includes two tiny cubes, each just 8 inches (20 centimeters) across and weighing less than 15.5 pounds (7 kilograms). The satellites are expected to study the brightest stars in the night sky by measuring how their brightness changes over time.

    The compact satellites were designed at the Space Flight Laboratory at the University of Toronto Institute for Aerospace Studies. One of the satellites was built at the laboratory and the other was assembled by a partner team in Austria, university officials said.

    University of Toronto Institute for Aerospace Studies

    Cordell Grant puts the finishing touches on the first BRITE satellite at UTIAS-SFL. The tiny nanosatellite, designed to study the brightest stars in the night sky, was one of seven spacecraft launched by
    India on Monday.

    "As their name suggests, the BRITE satellites will focus on the brightest stars in the sky, including those that make up prominent constellations like Orion the Hunter," university officials explained in a statement. "These stars are the same ones visible to the naked eye, even from city centers. Because very large telescopes mostly observe very faint objects, the brightest stars are also some of the most poorly studied stars."

    The two BRITE nanosatellites are part of a planned constellation that is expected to eventually number six satellites in all once complete.

    Another Canadian satellite was launched today as well. SAPPHIRE, Canada's first military satellite, is a small spacecraft designed to monitor space debris and satellites within an orbit 3,728 to 24,855 miles (6,000 to 40,000 kilometers) above Earth. The satellite is expected to augment the U.S. military's existing Space Surveillance System.

    "It is with great pleasure that I announce that Canada’s Sapphire satellite has been successfully launched," Defense Minister Peter MacKay said in a statement. "Sapphire is a sound investment that will help safeguard billions of dollars of space assets, in fields such as telecommunications, weather, search and rescue, and global positioning systems."

    The other satellites launched on India's Polar Satellite Launch Vehicle Monday were a mixed bag of spacecraft and missions. They included:

    AAUSAT3: A small science satellite developed in Denmark and built by students from Aalborg University.

    STRaND-1: The first smartphone-powered satellite ever launched into space.  The Android phone that functions as the satellite's brain will run four apps that will take photos from the satellite, test the Earth's magnetic field, monitor the health of the satellite, and allow people around the world to upload videos that will play in space on the phone.

    Monday's Polar Satellite Launch Vehicle C20 mission is India's first rocket launch of 2013.

    Follow Miriam Kramer on Twitter @mirikramer or Space.com @Spacedotcom. We're also on Facebook and Google+. 

    • Amazing Rocket Launch Photos of 2013
    • Canada Building First Satellite Designed To Track Asteroids | Video
    • Photos: Asteroids in Deep Space

    Copyright 2013 Space.com, a TechMediaNetwork company. All rights reserved. This material may not be published, broadcast, rewritten or redistributed.

    2 comments

    Man, satellites sure have changed since their inception. Making space observation machines that can fit in a suitcase is a remarkable advance, and it's pretty impressive that we can spit out six sats in a single launch nowadays. Besides that, it's nice to see so much international cooperation on spa …

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    Explore related topics: india, space, rocket, satellites, featured, telescopes, asteroid-hunter

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