All verified mentions of this organization in source documents.
The Space Development Agency awarded $193,500,000 to L3Harris to build four satellites to detect and track ballistic and hypersonic missiles.
Lockheed Martin, Ball Aerospace, and L3Harris received contracts from the Defense Innovation Unit in April 2019 to develop phased array antenna prototypes.
L3Harris Technologies is responsible for maintaining and modernizing the U.S. military’s network of space surveillance sensors under a 10-year, $1,200,000,000 MOSSAIC contract awarded in February 2020.
L3Harris Technologies received a $119,100,000 contract from the U.S. Space Force’s Space and Missile Systems Center on 2020-09-21 to upgrade and expand the Ground-based Electro-Optical Deep Space Surveillance System.
The 1,250-kilogram NTS-3 satellite is being built by L3Harris under an $84,000,000 contract awarded by the Air Force Research Laboratory in December 2018.
The Space Enterprise Consortium selected L3Harris in 2018 for the $84,000,000 NTS-3 contract.
L3Harris will integrate the NTS-3 payload with an ESPAStar bus for a planned 2022 launch.
L3Harris will build a navigation satellite for the U.S. Air Force scheduled to be launched to a geosynchronous orbit in 2022.
In December 2018 Harris Corp. was selected as the prime contractor for the NTS-3 experiment planned for launch in 2022.
L3Harris stood up the Space and Airborne Systems division in Melbourne, Florida, which accounts for $5,000,000,000 of L3Harris’ $18,000,000,000 in annual sales.
L3Harris Technologies launched the first satellite of a remote sensing constellation it is developing for the U.S. Air Force.
For the NTS-3 experiment, L3Harris is building a satellite that integrates its GPS navigation payload with a Northrop Grumman ESPAStar bus.
Harris Corp. was pursuing a path toward offering integrated satellite systems before its 2019 merger with L3 Technologies.
L3Harris Technologies won four National Oceanic and Atmospheric Administration contracts worth a combined $2,550,000 for design studies of weather satellites, instruments, and mission concepts.
L3Harris is studying a hyperspectral sounder in geostationary orbit to provide persistent observations of temperature, pressure, and humidity for thin slices of the atmosphere.
L3Harris supplies the Advanced Baseline Imager (ABI) for NOAA’s Geostationary Operational Environmental Satellite R series.
L3Harris expects hyperspectral geostationary sounder data to enable forecasters to provide more advance warning of tornadoes and other types of severe weather.
The Joint LEO Sounding Mission Study will evaluate small satellites equipped with Ball microwave instruments, L3Harris infrared sounders, and PlanetiQ global navigation satellite system radio occultation receivers for weather-gathering capability.
L3Harris is under consideration to provide electro-optical infrared sensor payloads for Blackjack.
L3Harris developed a 200-kilogram, six-degree staring sensor that was mounted on the Wide Field of View satellite.