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Three students direct virtual planes down the runway with the help of Brad Crowe. Photo: Nicole Fandel

Brockton students tour Lincoln Laboratory flight and weather facilities

April 4, 2019
The Offshore Precipitation Capability tool fuses data to estimate the location and intensity of precipitation that is outside of radar coverage and uses machine learning to depict this estimate as a radar-like image.

Painting a full picture of weather conditions

June 14, 2018
Flying unmanned aerial vehicle.

Ground-based system helps UAVs avoid collisions

January 10, 2018
The Wide-Area Infrared System for Persistent Surveillance was named one of the R&D 100 Award winners. This interior view of the system shows its lens and the folding mirrors.
Awards

Lincoln Laboratory receives six 2017 R&D 100 Awards

December 6, 2017
LASSOS camera in the evening.

Using ground sensors to defend aircraft against laser strikes

September 25, 2017
Aersopace America
In the Media

Smarter Collision Avoidance

June 15, 2017
Aerospace America
MIT Lincoln Laboratory
In the Media

FAA, Industry, and Academia Partner on Flight Tests of Sense-and-Avoid Avionics System for Unmanned Aerial Systems

March 28, 2017
Aviation Pros
Weather Eye - OPC
In the Media

Weather Eye

January 10, 2017
Air Traffic Management
These images compare current land-based weather radar coverage (left) to the improved situational awareness of convective weather (e.g., thunderstorm activity) provided by the OPC (right). Both images depict storm height according to the color bar.

Expanding air traffic controllers' view of offshore weather

September 29, 2016
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