  After completion of the LHC8 run in 2012, the plan is to upgrade the LHC for
operation close to its design energy sqrt{s}=14 TeV, with a goal of collecting
hundreds of fb^{-1} of integrated luminosity. The time is propitious to begin
thinking of what is gained by even further LHC upgrades. In this report, we
compute an LHC14 reach for SUSY in the mSUGRA/CMSSM model with an anticipated
high luminosity upgrade. We find that LHC14 with 300 (3000) fb^{-1} has a reach
for SUSY via gluino/squark searches of m(gluino)\sim3.2 TeV (3.6 TeV) for
m(squark)\sim m)gluino), and a reach of m(gluino)\sim1.8 TeV (2.3 TeV) for
m(squark)>> m(gluino). In the case where m(squark)>> m(gluino), then the LHC14
reach for chargino-neutralino production with decay into the Wh+MET final state
reaches to m(gluino)\sim2.6 TeV for 3000 fb^{-1}.
