  We show that supplementing the Standard Model by only a second Higgs doublet,
a combined explanation of $h\to e\tau$, $h\to \mu\tau$, $b\to s \ell^+ \ell^-$,
the $W$ mass and $R({D^{(*)}})$ as well as the excess in $t\to bH^+(130\,{\rm
GeV})\to b\overline{b}c$ is possible. While this requires flavour violating
couplings, the stringent bounds from e.g. $\mu\to e\gamma$, $\tau\to
\mu\gamma$, $B_s-\bar B_s$ mixing, $b\to s\gamma$, low mass di-jet and $pp\to
H^+H^-\to \tau^+\tau^-\nu\bar\nu$ searches can be avoided. However, the model
is very constrained, it inevitably predicts a shift in the SM Higgs coupling
strength to tau leptons as well as a non-zero $t\to hc$ rate, as indeed
preferred by recent measurements. We study three benchmark points providing
such a simultaneous explanation and calculate their predictions, including
collider signatures which can be tested with upcoming LHC run-3 data.
