With the discovery of the Higgs boson and consequent completion of the Standard Model, there is no fundamental principle which demands the existence of new particles below the Planck scale. Indirect precision measurements of the properties of existing particles are therefore more essential than ever to probe beyond the reach of direct discovery and guide the development of collider-based experiments. In this context, quark flavour physics is a uniquely rich laboratory for indirect precision tests of the Standard Model. I give a brief overview of some recent highlights from the field and look ahead to what the next generation of experiments and facilities might bring.