It has recently been suggested that BH&H-LYP may be a "compromise" functional for systems that are beset by SIE and otherwise unapproachable with DFT. The present results suggest that such a compromise sacrifices less than one might have imagined. Therefore, one may imagine using BH&H-LYP for an entire workflow without swapping functionals when SIE rears its head. Although errors for barrier heights and for thermochemistry will likely be somewhat larger than what can be achieved using the best modern meta-GGA functionals, those larger errors may still be comparable to what would be obtained using B3LYP+D3. The latter remains a widely used, all-purpose density-functional approximation and we suggest that BH&H-LYP+D3 can safely be afforded the same status for applications that are sensitive to SIE.