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Pictured L to R: Stephen Spalinger, ATK quality engineer; Yvonne Oleson, ATK contract manager; Patrick Haynes, ATK manufacturing engineer; Darla Cannon, ATK program manager; Brian Knight, GPS III business lead, U.S. Air Force; Fernando Guidone, LMSSC, GPS III bus structure lead; Mark Woempner, LMSSC, GPS III vehicle integration manager.

The GPS III Solar Array Hinge team at ATK’s Goleta, Calif., facility was recently honored by the Lockheed Martin and Space Systems Company (LMSSC) Global Positioning System (GPS) program team along with their customer from the U.S. Air Force. ATK received a plaque in recognition of outstanding collaboration and work in support of a successful delivery of the HA-180 Hinges Space Vehicle 01 and 02.

LMSSC and the Air Force representative shared some exciting videos about the future of GPS III. Since its development in the 1960s, GPS satellite navigation has become an essential tool for everything from military operations to the family road trip. GPS is found everywhere. What people may not realize is that every GPS device determines its precise position by receiving signals from a constellation of 24 or more satellites orbiting the earth 20,000 kilometers away. Without satellites, there would be no GPS devices.

With GPS III, the next generation of GPS satellites being designed and built by Lockheed Martin, signals will be three times more accurate than the current generation. What does that mean for users? Better accuracy anywhere in the world. For military users, the signals will be up to eight times more powerful, improving jamming resistance and availability for critical missions worldwide. The new satellites will also be compatible with international global navigation satellite systems, which will allow users the ability to receive signals from any country’s satellites.

ATK Space Components division is looking forward to continuing to deliver solar array hinges for the GPS III Program through 2016 and beyond.

ATK has received a contract from Orbital Sciences to provide first and second stage propulsion for the Air Launch Vehicle (ALV) that Orbital is designing and building for Stratolaunch Systems Corporation as part of a revolutionary air-launched space transportation system. The contract from Orbital includes the design, development and flight hardware for initial Stratolaunch missions. Our innovative propulsion concept combines both proven and state-of-the-art technologies that will provide a high-performing, cost-effective solution for the ALV. Press Release

ATK Presents "How to Power Your Spaceship"When ATK Aerospace Group’s Space Components Division in Goleta won a contract to continue development of the MegaFlex solar array, the announcement caught the attention of a teacher at the Anacapa School in Santa Barbara, California. The teacher was researching potential topics for the Anacapa School’s annual week-long symposium, which brings together an elite group of subject matter experts from across southern California. With this year’s theme revolving around the study and exploration of space, MegaFlex sounded like an excel­lent addition to the program—so the teacher reached out to ATK, and Nathan Walker, a design engineer at ATK’s Goleta facility, vol­unteered to give a presentation.

“I was eager to volunteer, because two of my former classmates and roommates at Westmont College in Santa Barbara had at one time been science teachers at the school, and they spoke very highly of its mission and approach to edu­cation,” said Walker. Other presenters at this year’s symposium included professors, researchers, engineers and an astronaut.

Walker’s presentation, called “How to Power Your Spaceship,” focused on the basic science behind electrically-powered propulsion and its possibilities for improved space travel over the next decade. Walker also showed how ATK’s development of the MegaFlex solar array (image below) plays a key role in advancing this tech­nology because of its power-to-weight ratio.

“The students and faculty enjoyed learning that some really cool stuff is being built right in their backyard,” said Walker. “One par­ticular student had already been doing some research on solar cell technology on his own, and he expressed interest in perhaps one day intern­ing or even working at ATK’s Goleta facility.”

Walker is hopeful that ATK’s participation in this event set the stage for further oppor­tunities to partner with the Anacapa School in encouraging some of the brightest stu­dents in the area to pursue careers in science and technology.

To view Walker’s presentation on YouTube, visit


National engineers WeekWe are proud of the nearly 3,000 engineers that work hard every day at ATK locations from coast to coast. National Engineers Week celebrates the science, technology, engineering, and math (STEM) professions. ATK locations and staff support the STEM Foundation by participating in local events that help the our youth become familiar with the many possibilities available in engineering fields.

ViviSatViviSat, the in-orbit satellite life-extension service, was featured at the recent SATCON (Satellite Communications Conference & Expo) in New York, NY. ViviSat, a joint venture between ATK and U.S. Space, LLC, is designed to enable satellite operators to significantly extend satellite mission length, activate new markets and protect their franchises. The product was discussed during a panel titled, “How are Next-Gen Satellites Meeting Customer Needs?” article includes video

ATK-MEGAFLEXAn image of ATK’s MegaFlex solar array was transmitted to the “big screen” in Times Square when the press release was issued in October. When complete, MegaFlex will provide 10 times more power than the largest current satellite array technology. The solar array is under development by ATK’s Space Components Division in Goleta, California.