The Communications Research Laboratory (CRL) of McMaster University has developed a multiparameter X-Band research radar and is currently exploring its capabilities for meteorological applications. The IPIX radar consists of a reflector antenna, X-band transmitter, two linear receivers, and digital data acquisition and control subsystems. Key system features include full coherence and pulse-to-pulse polarization switching on transmit. This, coupled with simultaneous dual polarization on receive, allows the measurement of the full polarization matrix. Frequency agility, pulse compression nd the potential for arbitrary waveforms on transmit can provide high spatial and temporal resolution and increased accuracy. The radar system was designed specifically for research use. System architectural features allow for extreme flexibility in adjusting radar parameters. A high level programming environment is available for control and in-field analysis and display. Raw data are accessible for full Doppler spectral processing. In addition, the system is transportable. A technical description of the radar system and results, based on preliminary meteorological measurements, are presented to highlight key system features.