  We propose and discuss a numerical use of our previous precision results for
the radiative corrections to unpolarized spin one-half baryon semileptonic
decays, which is not compromised to fixing the form factors at prescribed
values. We present various crosschecks and comparisons with other results
available in the literature of such analytical radiative corrections. Our
analysis, however, is general and applies to all charge assignments to the
baryons allowed by heavy quarks. The procedure is exemplified with the
processes \Xi^0 \to \Sigma^+ e\bar{\nu} and \Lambda_c^+ \to \Lambda e^+ \nu.
