Notes. Column 1: The 1.28 GHz radio ID assigned to the source. Columns 2&3: Right Ascension and Declination of the radio position in degrees. Columns 4&5: Right Ascension and Declination of the host position in degrees. Column 5: Redshift of the radio source. The superscript ’S’ and ’P’ are assigned for spectroscopic and photometric redshifts, respectively. Columns 6&7: The lower and upper bounds of the redshift at 68% confidence level, respectively. Column 9: The survey from which the redshift value is obtained. Column 10: The largest angular size (LAS) of the radio source. Column 11: The projected linear size of the radio source, calculated from the largest angular size and the redshift. Column 12&13: The BA, measured from the peak flux positions of the jets or lobes (Column 12) and from the edges of the jets or lobes (Column 13), respectively. Column 14: Flux density of the radio source in mJy. Column 15: Radio Luminosity at 1.4 GHz in W Hz⁻¹, calculated using the median frequency at 1.28 GHz and a typical radio spectral index of a = 0.7. Column 16: Tags that describe the radio morphology. The assigned tags are chosen from jets/no-jets, one-sided, bent/not-bent, X/S/Z-shaped, WAT, NAT, blended, peculiar, and GRG, for sources that are at or greater than 1 Mpc in linear size. A ’?’ is added to the tag if the assessment of the tag is deemed uncertain. Full table available at the CDS.