Lockheed Martin Chosen by NASA for Innovative Lightning Mapper

NASA Awards Lockheed Martin a Groundbreaking Contract

In a significant move for earth observation technology, NASA has selected Lockheed Martin Corp. to spearhead the development of a state-of-the-art lightning mapping instrument for the National Oceanic and Atmospheric Administration (NOAA). This exciting project will be part of NOAA's Geostationary Extended Observations (GeoXO) satellite initiative, aimed at advancing operational capabilities in environmental monitoring.

Contract Details and Investment

This contract, valued at approximately $297.1 million, is structured as a cost-plus-award-fee arrangement. It encompasses the creation of two flight instruments, with the potential for two additional units. The project's timeline includes support for 10 years of operational activity once launched, along with five years dedicated to on-orbit storage, altogether amounting to 15 years for each flight model. Such extensive planning indicates a robust commitment to harnessing innovative technology for environmental insights.

Innovative Functions of the GeoXO Lightning Mapper

The GeoXO Lightning Mapper is set to revolutionize lightning detection by precisely locating and measuring lightning activity, including its intensity and duration. This instrument will build upon the critical observations previously made by the Geostationary Operational Environmental Satellites-R (GOES-R) Series Geostationary Lightning Mapper. By providing detailed lightning data, forecasters will enhance their analysis of severe weather patterns, ultimately increasing warning times for dangerous conditions and facilitating earlier alerts for imminent lightning strikes.

Importance of Geostationary Data Availability

One of the key advantages of the GeoXO Lightning Mapper lies in its ability to provide lightning information in real-time from geostationary orbit. This data is especially vital over oceanic areas and rugged terrains where traditional radar might fall short. With more frequent data availability, weather monitoring will become significantly more reliable and comprehensive, addressing existing gaps in radar coverage.

Scope of Work and Support Services

The comprehensive scope of the contract includes a range of tasks such as designing, developing, and rigorously testing the lightning mapper instrument. Lockheed Martin will also ensure that all necessary ground support equipment is maintained and that mission operations are aligned with NOAA's Satellite Operations Facility protocols. This dual focus on development and operational readiness underscores the importance of the program to NOAA and NASA.

The Future with GeoXO

As the successor to the GOES-R Series Program, the GeoXO project promises to uplift Earth observation capabilities from geostationary orbit. With a strong emphasis on addressing climate and weather challenges, the data gathered will significantly aid in operations concerning weather forecasting, oceanographic studies, and climate-related research. As NOAA and NASA commit to ensuring these observations commence by the early 2030s, the future of environmental monitoring looks brighter than ever.

Collaboration and Oversight between NOAA and NASA

Noaa and NASA collaboratively oversee the entire development lifecycle of all satellites involved in the GeoXO Program. The partnership leverages NOAA's funding and management capabilities, while NASA focuses on the technical aspects, such as designing and launching the instruments and spacecraft. This synergistic approach ensures the operational efficacy of the satellite system in delivering essential environmental data.

Looking Ahead at GeoXO's Impact

The implementation of the GeoXO satellite system is expected to provide groundbreaking insights into weather phenomena, contributing to critical predictions and responses to climate change. As advancements are made in technology and data availability, users across various sectors will rely on enhanced observations to support decision-making and operational planning.

Frequently Asked Questions

What is the main purpose of the GeoXO Lightning Mapper?

The GeoXO Lightning Mapper aims to detect, locate, and analyze lightning activity, enhancing weather forecasting and severe storm analysis.

How much is the contract with Lockheed Martin worth?

The contract awarded to Lockheed Martin is valued at approximately $297.1 million, including development for multiple flight instruments.

What will the GeoXO program help monitor?

The GeoXO program will assist in meteorological observations, hurricane predictions, wildfire responses, and assessment of precipitation levels.

When can we expect the GeoXO satellites to be operational?

The first observations from the GeoXO program are anticipated to occur by the early 2030s, aligning with the end of the GOES-R Series operational life.

Who oversees the GeoXO program?

Noaa manages the program, while NASA collaborates in the development and launch of the instruments and spacecraft.

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