Leonardo DRS Demonstration Mission Utilizes Innovative Technology to Capture Earth Images for NASA

Rhea-AI Summary

Leonardo DRS, Inc. (NASDAQ:DRS) announced the launch of its Multiband Uncooled SmallSat Imaging Radiometer (MUSIR) technology, designed to measure Earth's surface temperature from space. This technology allows for advanced thermal infrared measurements and faster revisit times through satellite constellations. Collaborating with NASA, the company achieved design-to-launch readiness in just 16 months. MUSIR utilizes an uncooled focal plane array, eliminating the need for cryogenic coolers, which results in a lighter and more efficient instrument suitable for small satellites. This initiative positions DRS as a key player in the growing space technology market, emphasizing its commitment to providing innovative and cost-effective solutions for Earth observation.

Positive

• Successfully launched MUSIR technology for precise satellite-based temperature measurements.
• Achieved design-to-launch readiness in under 16 months, showcasing operational efficiency.
• Innovative uncooled FPA technology reduces weight and power requirements, enhancing satellite performance.

Negative

• None.

ARLINGTON, Va.--(BUSINESS WIRE)-- Leonardo DRS, Inc. (NASDAQ:DRS) announced today that its new high-precision radiometer technology is being used to measure the Earth’s surface temperature from space. The image collection from the company’s Multiband Uncooled SmallSat Imaging Radiometer (MUSIR) payload is part of an innovative demonstration mission for NASA. MUSIR, with its unique, space-based uncooled thermal imaging radiometer technology, is paving the way for small, affordable satellite constellations.

A constellation of satellites would allow for faster revisit times, enabling more frequent measurements that are important during times of change on the Earth’s surface. DRS, working closely with NASA, was able to move from design to launch readiness in just under 16 months.

“As the mission prime responsible for all aspects of this effort including the payload and ground data processing, DRS was able to meet NASA’s goals of a very tight timeline in a cost-efficient manner,” said Jerry Hathaway, vice president and general manager of the Leonardo DRS Electro-Optical and Infrared Systems business unit.

The MUSIR payload launched aboard a small, commercial satellite earlier this year. It is testing a new technique using bolometers in an instrument operated at room temperature to perform high-precision radiometry for measuring Earth’s surface temperature from space. The technology could pave the way for future satellite constellations dedicated to measuring infrared energy radiating from Earth’s surface.

Traditionally, Long Wavelength Infrared radiometers, have used cooled Focal Plane Array (FPA) technology, that require large, high-powered cryogenic coolers to achieve the necessary cold temperature for operation. By using an uncooled FPA, which can operate at room temperatures and tailored for space, the innovative DRS design eliminated the need for cryogenic coolers. The uncooled technology makes the radiometer instrument much lighter, smaller and with a much lower power requirement, suitable for a SmallSat or a CubeSat.

“This imaging instrument will benefit scientists studying planet earth by enabling precision multispectral thermal infrared measurements with high revisit times through the use of constellations of small, affordable instruments,” Hathaway said. “Applying our advanced sensing technology to the growing space marketplace is one of DRS’s growth vectors. This market requires innovative technology that can get on orbit quickly at affordable costs. The MUSIR program demonstrates that DRS has the capability and experience to accomplish these goals.”

DRS is a leading provider of advanced cooled and uncooled infrared camera systems for the U.S. government and allies around the world. It has an extensive installed base across multiple domains, including space. Sensing technology is a key strategic focus for Leonardo DRS as the company brings together its industry-leading sensing capabilities and laser technologies for a range of programs across the U.S. government.

About Leonardo DRS

Headquartered in Arlington, VA, Leonardo DRS, Inc. is an innovative and agile provider of advanced defense technology to U.S. national security customers and allies around the world. We specialize in the design, development and manufacture of advanced sensing, network computing, force protection, and electric power and propulsion, and other leading mission-critical technologies. Our innovative people are leading the way in developing disruptive technologies for autonomous, dynamic, interconnected, and multi-domain capabilities to defend against new and emerging threats. For more information and to learn more about our full range of capabilities, visit www.LeonardoDRS.com.

Forward-Looking Statements

This communication contains statements that constitute “forward-looking statements” within the meaning of the Private Securities Litigation Reform Act of 1995. Those statements reflect current expectations, assumptions and estimates of future performance and economic conditions. The company cautions investors that any forward-looking statements which include contract values, contract performance and our development and production of products are subject to risks and uncertainties that may cause actual results and future trends to differ materially from those matters expressed in or implied by such forward-looking statements.

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Leonardo DRS Investor Relations Contact

Steve Vather

Vice President, Investor Relations and Corporate Finance

+1 703 409 2906

stephen.vather@drs.com

Leonardo DRS Media Contact

Michael Mount

Vice President, Communications and Public Affairs

+1 571 447 4624

mmount@drs.com

Source: Leonardo DRS, Inc.

FAQ

What technology did Leonardo DRS launch for measuring Earth's temperature?

Leonardo DRS launched the Multiband Uncooled SmallSat Imaging Radiometer (MUSIR) technology.

How quickly did DRS achieve launch readiness for the MUSIR payload?

DRS achieved design-to-launch readiness for the MUSIR payload in under 16 months.

What is the significance of the uncooled FPA technology used in MUSIR?

The uncooled FPA technology eliminates the need for cryogenic coolers, making the instrument lighter and more efficient for small satellites.

How does the MUSIR technology benefit Earth observation?

MUSIR enables precise thermal infrared measurements and faster revisit times, which are crucial for monitoring changes on Earth's surface.

What role does NASA play in the MUSIR mission?

NASA is collaborating with DRS on the MUSIR mission, facilitating the demonstration of innovative satellite technology.