We show that supplementing the Standard Model by only a second Higgs doublet, a combined explanation of ℎ→𝑒⁢𝜏, ℎ→𝜇⁢𝜏, 𝑏→𝑠⁢ℓ+⁢ℓ−, the 𝑊 mass and 𝑅⁡(𝐷(*)) as well as the excess in 𝑡→𝑏⁢𝐻+⁡(130  GeV)→𝑏⁢¯𝑏⁢𝑐 is possible. While this requires flavor violating couplings, the stringent bounds from, e.g., 𝜇→𝑒⁢𝛾, 𝜏→𝜇⁢𝛾, 𝐵𝑠−¯𝐵𝑠 mixing, 𝑏→𝑠⁢𝛾, low mass dijet, and 𝑝⁢𝑝→𝐻+⁢𝐻−→𝜏+⁢𝜏−⁢𝜈⁢¯𝜈 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 nonzero 𝑡→ℎ⁢𝑐 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.