WHY WAS THIS FUNDED?

The funding comes from the Department of Commerce, which oversees NOAA (National Oceanic and Atmospheric Administration), the federal agency responsible for weather forecasting and environmental monitoring. The CrIS instrument is part of the Joint Polar Satellite System, a federal program to keep advanced weather satellites operating for the benefit of the American public.

WHAT PUBLIC PROBLEM IS IT TRYING TO SOLVE?

Accurate weather forecasting, including the ability to track severe storms, hurricanes, and other dangerous conditions, depends on data collected by satellites in space. Without high-quality atmospheric sensors like CrIS, forecasters would have less accurate information, which could reduce warning times and put lives at risk.

WHO BENEFITS?

The general American public benefits through improved weather forecasts and severe weather warnings that help protect lives and property. Workers at L3Harris Technologies in Indiana also benefit from the jobs created by this long-term engineering and manufacturing contract.

WHAT ARE THE RISKS?

Because this contract runs for nearly 20 years and is worth over 800 million dollars, there is a risk of cost overruns, schedule delays, or changes in satellite technology that could make parts of the work outdated or inefficient. Long-term contracts of this size also require strong oversight to make sure taxpayers are getting good value throughout the life of the agreement.

WHAT HAPPENS IF FUNDING IS REMOVED?

If this contract were cancelled, the development and delivery of CrIS instruments for weather satellites could be halted or significantly delayed, which would leave gaps in the nation's ability to collect atmospheric data for weather forecasting. Replacement technology or a new contract would likely take years to arrange, during which forecasting accuracy could suffer.

ARGUMENTS FOR

• •Accurate weather satellites save lives by giving forecasters the data they need to warn people about hurricanes, tornadoes, and other deadly storms well in advance.
• •The long contract period and clear scope provide stability for both the government program and the skilled workers who build and support the instrument.
• •Funding weather satellite infrastructure is a proven, cost-effective investment, since better forecasts reduce economic losses from storm damage and improve emergency response.

ARGUMENTS AGAINST

• •A nearly 20-year, 814 million dollar contract awarded to a single company raises questions about competition and whether the government is getting the best possible price.
• •Long contracts are harder to adjust if technology changes rapidly or if the contractor's performance falls short, potentially locking taxpayers into a costly arrangement.
• •Some may argue that commercial weather satellite companies are growing quickly and could provide similar data at lower cost, making a large government-funded instrument contract less necessary over time.