  Weak-scale supersymmetry remains to be one of the best-motivated theories of
physics beyond the Standard Model. We evaluate the sensitivities of the High
Luminosity (HL) and High Energy (HE) upgrades of the LHC to gluinos and stops,
decaying through the simplified topologies $\tilde{g} \to q \bar{q} \chi^0$,
$\tilde{g} \to t \bar{t} \chi^0$ and $\tilde{t} \to t \tilde{\chi}^0$. Our
HL-LHC analyses improve on existing experimental projections by optimizing the
acceptance of kinematic variables. The HE-LHC studies represent the first 27
TeV analyses. We find that the HL-(HE-)LHC with 3 ab$^{-1}$ (15 ab$^{-1}$) of
integrated luminosity will be sensitive to the masses of gluinos and stops at
3.2 (5.7) TeV and 1.5 (2.7) TeV, respectively, decaying to massless
neutralinos.
