  While it is known that third family hypercharge models can explain the
neutral current $B-$anomalies, it was hitherto unclear whether the $Z-Z^\prime$
mixing predicted by such models could simultaneously fit electroweak precision
observables. Here, we perform global fits of several third family hypercharge
models to a combination of electroweak data and those data pertinent to the
neutral current $B-$anomalies. While the Standard Model is in tension with this
combined data set with a $p-$value of $.00068$, simple versions of the models
(fitting two additional parameters each) provide much improved fits. The
original Third Family Hypercharge Model, for example, has a $p-$value of
$.065$, i.e. $\sqrt{\Delta \chi^2}=6.5\sigma$.
