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The inelastic proton–proton cross section is a fundamental observable both in hadron collider physics and in particle astrophysics. The experiments at the LHC have measured the inelastic cross section in pp collisions in the same or in different phase spaces and at various center-of-mass energies so far. However, large modeling uncertainties are observed when extrapolating the results to the full phase space and/or to the higher center-of-mass energies. Further measurements, especially in unexplored regions of the phase space, are, therefore, essential to constrain the phenomenological models. These proceedings report on the measurement of inelastic pp cross section at √ s = 13TeV performed with the data collected by the CMS detector at the LHC [1]. A detailed description of the CMS detector can be found in Ref. [2]. The inelastic pp cross section is measured in two fiducial ranges defined by the acceptance of the forward calorimeters, HF and CASTOR, covering the pseudorapidities of 3 < |η| < 5.2 and −6.6 < η < −5.2, respectively. The inclusion of the CASTOR calorimeter in the analysis provides a broader coverage of pseudorapidity and thus allows to measure an inelastic

Recent CMS Results on Inelastic Cross-section Measurements