Simplified block diagram of a phased array radar emitting and receiving a plane wave from a point target. To scan the entire horizon you often will need 4 or more arrays.

Phased-array radars are not without disadvantages. Most are functional through a cone of just 120 degrees, because the width of the main beam diminishes the farther it gets from broadside.

The National Weather Service is considering the installation of phased array radar technology, which would provide real-time data and improve warnings for severe weather, but has yet to determine a… ...

Phased array radar has been used for weather surveillance and research for the past 20 years. Wes Moody, Communications Specialist at the National Severe Storms Laboratory, says that the lab is ...

Oculii's software technique is an array multiplier - enabling a MIMO radar sensor to achieve a 10X+ increase in angular resolution, delivering sub-degree angular with existing mass manufactured ...

The radar, called the Airborne Phased Array Radar or APAR, will mount to the outside of a National Center for Atmospheric Research aircraft and provide “remarkably close 3D views of what is ...

Beamforming, based on multiple-input, multiple-output (MIMO) phased-array antennas, looks to make up a component part of the overall 5G cellular technology. While phased-arrays have been the basis of ...

Lee said phased array will likely become the standard for ground-based weather radar, but first it will be installed on NCAR’s C-130 aircraft. The technology itself will get evaluated while ...

Phased array radar has been used for weather surveillance and research for the past 20 years. Wes Moody, Communications Specialist at the National Severe Storms Laboratory, says that the lab is ...