Spherical shield for the radar scanner.
A plastic cap which is sometimes used to cover an antenna to provide weather protection or streamlining. Imperfections of these devices are customarily measured in chambers.
A detachable nose cone made of plastic-type material, used to cover and protect an airplane's radar antenna.
a housing for a radar antenna; transparent to radio waves
a giant balloon-type structure (also called a "pneumatic building") that protects radar equipment from bad weather conditions
an enclosure that allows an antenna to operate as if it were out in the open
a protective covering used to prevent snow, ice, water, or debris from accumulating on a microwave antenna
a protective housing for radar antenna usually covering the nose of the helicopter
Aerodynamic protective covering over radar or other aerial. Contraction of radar dome.
The housing which protects the aircraft radar system from the elements while allowing transmission of radar signals. Often the radome is in the nose of an aircraft but can be found at other locations on the aircraft, as well.
Dome covering a radar aerial
The housing used to protect the antenna.
A structure, made of material capable of passing radio-frequency signals, used to shelter antennae and other electronic equipment.
A typically rigid dielectric cover over the radiating portion of an antenna, and nearly always separated from the radiator by an air gap. A radome (the merger of radar and dome) has the purpose of protecting the radiator from natural weather phenomena and contamination by dirt. It usually includes aerodynamic shaping to minimize wind loading.
A radome (a portmanteau word composed of the words radar and dome) is a structural, weatherproof enclosure used to protect an antenna. What distinguishes a radome structure from other structures, is the material used in building the radome allows a relatively uninhibited electromagnetic signal between the antenna inside the radome and outside equipment. Using conventional building materials (i.e steel, aluminum, bricks, etc..) would block most if not all of the antenna signal.