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Excited states in the $T_z = 0, -1$ nuclei $^{62}$Ga and $^{62}$Ge werepopulated in direct reactions of relativistic radioactive ion beams at theRIBF. Coincident \grays were measured with the DALI2$^+$ array and uniquelyassigned to the $A=62$ isobars. In addition, $^{62}$Ge was also studiedindependently at JYFL-ACCLAB using the ${}^{24}$Mg(${}^{40}$Ca,$2n$)${}^{62}$Gefusion-evaporation reaction. The first excited $T=1, J^\pi =2^+$ states in$^{62}$Ga and $^{62}$Ge were identified at $979(1)$ and $965(1)$~keV,respectively, resolving discrepant interpretations in the literature. Statesbeyond the first $2^+$ state in $^{62}$Ge were also identified for the firsttime in the present work. The results are compared with shell-modelcalculations in the $fp$ model space. Mirror and triplet energy differences areanalyzed in terms of individual charge-symmetry and charge-independencebreaking contributions. The MED results confirm the shrinkage of the$p$-orbits' radii when they are occupied by at least one nucleon on average.

Isospin symmetry in the $T = 1, A = 62$ triplet