LOUISVILLE, Colo. : Sierra Space announced that the company won a significant space defense contract with Maxar. Under the agreement, Sierra Space will provide revolutionary solar power solutions and production capability.
This contract will support a constellation of 16 satellites that use Maxar’s proliferated low Earth orbit (LEO) spacecraft platform, which are designed to support a wide variety of global coverage missions, including Earth observation, communications and national security.
“Sierra Space offers our proliferated LEO platform the critical performance that is needed to meet the mission requirements,” said Joe Foust, Maxar’s Vice President of proliferated LEO Constellations. “Their innovative technological and production approach will be instrumental in executing to our demanding performance expectations.”
“Sierra Space is very pleased to be working with Maxar to showcase the value our technology and expertise bring to the high-growth space applications business and fast-evolving category for both civil and national security applications,” said CEO Tom Vice. “Sierra Space is leveraging the same revolutionary new technology to power our innovative spaceplanes and space stations.”
Sierra Space is actively developing and executing high volume electronics manufacturing techniques for automated production of solar arrays using its surface mount technology solar cell capabilities. The Sierra Space arrays provide higher power density, reduced lead times and unparalleled resilience as compared to conventional solar cell technologies.
The Sierra Space arrays, currently in production in Louisville, CO, are built for multiple applications including lunar surface missions, individual and small spacecraft constellations and – most recently – national security systems. Sierra Space provides arrays ranging from very small systems to large multi-kilowatt users. The technology is easily configurable to rigid or flexible interfaces and can be adapted to fit complex contoured surfaces.
Sierra Space can offer a customized solar array by combining our patented solar panel production process and standard pick-and-place solar cell configuration. This automated process allows Sierra Space to deliver solar arrays with higher specific power in less than one-half the duration of a conventional solar array.
“We can put solar panels almost anywhere on a satellite,” said Brian Anthony, VP for Space Solar Power Systems at Sierra Space. “Our automation systems can generate arrays quickly, measured in watts per minute. The current focus of Sierra Space is to streamline development of specific array configurations from our baseline of commercial designs to satisfy customer requirements, optimal testing and expediting supply.”
Sierra Space Solar Power Systems is a division of the company’s Space Applications Business Unit, which is an established supplier of high reliability spacecraft hardware with multiple areas of expertise including space solar power generation, precision pointing and motion control, vehicle and in-space engines, spacecraft environmental and thermal control and life support systems. For decades, the company has played a key role in space science and exploration, with a long legacy of contribution to government, commercial, and civil customers on a diverse set of missions with 100% operational success.
