The gold mesh reflectors are secured to the satellite by Harris precision booms. MUOS will vastly improve secure satellite communications for mobile forces. It will provide users an on-demand, ...

In order to realize faster communications speeds, next generation communications satellites need to be able to work with high frequency band, which necessitates large deployable reflectors.

The 14-meter mesh reflectors contribute to a 16-fold increase in capacity. A pair of "mesh reflectors" used to boost capacity on the U.S. Navy's space-based mobile phone network have deployed ...

The company said a pair of gold mesh antenna reflectors had unfurled from the U.S. Navy’s fourth Mobile User Objective System satellite, or MUOS-4, launched Sept. 2 on a United Launch Alliance ...

The gold mesh reflectors are secured to the satellite by Harris precision booms. The reflectors are manufactured at the company’s advanced manufacturing facility in Palm Bay, Florida.

Harris Corp. will design and build four unfurlable mesh reflectors for three commercial satellites being built by Space Systems/Loral, the company said Oct. 10. The gold mesh-covered reflectors ...

Two unfurlable mesh antenna reflectors developed by Harris Corporation (NYSE:HRS) have successfully deployed onboard the fourth Mobile User Objective System (MUOS) satellite built by Lockheed Marti… ...

The Japan Aerospace Exploration Agency (JAXA) has developed a metal mesh for onboard deployable reflectors in space, replacing the need for using precious and rare metal. It was jointly developed by ...