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Dynetics Teams with Maxar, NASA for Lunar Gateway

The United States is formulating plans to return to the moon by 2024 within the framework of the Artemis program — 55 years after NASA landed a man on the lunar surface during the Apollo days — but this time the mission is much different.

This time, NASA plans to put the first woman on the moon upon the return. This time, the country doesn’t plan to explore the Earth’s satellite and its mysteries and simply return home. This time, the goal is to establish a lunar presence with an eye already cast toward flights to Mars.

David King, CEO of Dynetics, and Mike Gold, vice president of civil space at Maxar Technologies, sign “Powering Lunar Exploration”‘ teaming agreement. (Eric Schultz/Huntsville Business Journal)

“NASA is going back to the moon and is committed to doing so by 2024,” said Mike Gold, vice president of civil space at Colorado-based Maxar Technologies. “The program is aptly called Artemis, because we are going to make history by this small step being a giant leap by putting the first woman on the surface moon.”

In Greek mythology, Artemis is the daughter of Zeus and twin sister of Apollo. She is the goddess of the hunt and the moon.

“… this time we’re going back to the surface of the moon to stay,” said Gold. “Which is why NASA is building the Gateway.”

The Gateway project is an arm of Artemis. Gateway is a space station that will orbit the moon.

Gold recently joined political representatives and administrators from Maxar, NASA, Marshall Space Flight Center and Huntsville’s Dynetics at the latter’s campus on the western edge of the city for a press conference celebrating a “teaming agreement”’ between Maxar, Dynetics and NASA to develop Gateway.

NASA awarded Maxar a contract to spearhead the development of power and propulsion elements (PPE), which is the foundation of Gateway and spacecraft that will carry Americans back to the moon and beyond. While Maxar is a leading company in space technology, the company needed experienced partners in space travel and Dynetics was a fit to help get Americans eventually to Mars.

In a press release, Dynetics billed itself a responsive, cost-effective engineering and scientific firm with 2,000 employees providing IT solutions to national security, cybersecurity, space and critical infrastructure sections.

The Artemis/Gateway playbook calls for the country to put astronauts back on the moon in 2024, to establish a sustained human presence on and around the moon by 2028 and then prepare for missions to Mars.

Dynetics will provide support for the power and propulsion element and will aid establishment of a sustainable presence on the moon.

Huntsville, long conjoined with space exploration, will once again take on a large role in the process.

Huntsville Mayor Tommy Battle relayed a message through Harrison Diamond, business relations officer for the city, in honor of the “teaming agreement” signing between Gold and Dynetics CEO David King.

“He said it’s a wonderful thing to say you can’t get to the moon without going through Huntsville first,” Diamond said. “And eventually to Mars.”

Dynetics Opens State-of-the-art Manufacturing Facility

Dynetics expanded its footprint in Cumming Research Park Thursday with the opening of the Dr. Stephen M. Gilbert Advanced Manufacturing Facility.

The 78,000 square-foot manufacturing and assembly facility is named for one of the company’s co-founders. 

The state-of-the-art Gilbert Advanced Manufacturing Facility joins a Solutions Complex and the Dynetics Technical Solutions headquarters as the sixth building on the sprawling Dynetics campus. The new high mix/low volume production area is expected to hire more than 200 employees.

“We kept hearing that there was not a one-stop-shop where a project could be designed, prototyped and manufactured,” said Dynetics CEO David King. “We decided to put our mark on this ability … we are now able to accept the challenge from concept analysis and development through testing and production.”

The new facility offers five major production areas.

The first is a family of reconfigurable, short and long-range surveillance sensors for real-time situational awareness of critical infrastructure known as GroundAware.

In the automotive configuration and test equipment area, customers can develop vehicle testers and ship them to vehicle plants where they can be configured to test the electronics in a variety of vehicular models as they progress down the assembly lines.

New electronics manufacturingcapabilities will improve efficiency and cut by weeks, the production time a suite of avionics products and printed circuit boards can be built.

Additionally, skilled technicians and engineers can provide and test cable harness solutionsfor aerospace and defense partners; and in the final product assembly of large and small systems area, Dynetics can now bring together electrical and mechanical components, and build complete systems in a single production area. 

The expanded manufacturing capabilities will increase current production volume while also offering classified manufacturing; and government and industry customers can now complete final assembly and test for a wide variety of Dynetics products from small system components to full weapon systems. 

“I am incredibly proud of our team for having the foresight to create a facility that will be unique and adaptable to our customers’ needs,” said King. “For years, we have wanted to fill a manufacturing niche where we can provide a smaller quantity of products while getting them into market in an efficient manner.

“Once we knew that we could provide a different level of service, we seized the opportunity. Our customers have been seeking this capability and Dynetics is glad to offer it.”