Monte Carlo simulations show that moving SST-1M to an intermediate-altitude site (Malargue, 1420 m) improves low-energy performance with little high-energy loss, whereas the high-altitude Hanle site (4270 m) severely degrades stereo sensitivity above about 10 TeV.
for the VERITAS collaboration,SciPost Phys
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Stereo performance of SST-1M at different altitudes
Monte Carlo simulations show that moving SST-1M to an intermediate-altitude site (Malargue, 1420 m) improves low-energy performance with little high-energy loss, whereas the high-altitude Hanle site (4270 m) severely degrades stereo sensitivity above about 10 TeV.