![]() Includes recent field campaigns such as PECAN (Plains Elevated Convection At Research sectors to address a broad range of scientific goals pertaining toĪtmospheric physics and hydrometeorology (Maki et al., 2005 Bluestein etĢ007, 2014 Kato and Maki, 2009 Pazmany et al., 2013 Forget et al.,Ģ016 Mishra et al., 2016 Antonini et al., 2017). (Wurman et al., 1997 Matrosov et al., 2005 Wang and Chandrasekar, 2010).Ĭurrently, a significant number of such radars exist in the operational and Thus, small and/or mobile dual-polarisation Doppler X-band radars haveīecome popular tools for examining cloud microphysics and dynamics as wellĪs making quantitative precipitation estimates (QPEs) in mobile applications Insights into the evolution of clouds and precipitation (e.g. Fabry, 2015). Theĭiverse quantities observed by polarimetric radars can provide significant Polarimetric radars are powerful tools for meteorological studies. To demonstrate the radar'sĬapabilities, we also present examples of its use in three recent fieldĬampaigns and its ongoing observations at the NERC Facility for Of the aspects of the infrastructure developed to deploy the radar as anĪutonomous observing facility in remote locations. Technical specifications of the NXPol with emphasis given to the description Half-power beam width and without a radome. Operate with a larger 2.4 m diameter antenna that produces a 0.98 ∘ Meteor 50DX manufactured by Selex-Gematronik (Selex ES GmbH), modified to It is the first radar of its kind in the UK. ![]() ![]() To deploy the radar and provide an overview of the technical specifications. Here weĭescribe the National Centre for Atmospheric Science (NCAS) mobile X-bandĭual-polarisation Doppler weather radar (NXPol) and the infrastructure used This isĮspecially true for research questions that require mobile radars. Used part of the atmospheric scientist's toolkit for examining cloud dynamicsĪnd microphysics and making quantitative precipitation estimates. In recent years, dual-polarisation Doppler X-band radars have become a widely
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