The results of a study of the basic properties of multiparticle systems produced in pp collisions are presented. The experiment was performed at the CERN Intersecting Storage Rings at ? = 62 GeV, using the Split‐Field Magnet facility. The key point of the analysis is to remove the leading proton and thus redefine the correct available energy for particle production. Our results show that, taking into account the correct hadronic energy, the multiparticle system produced in pp collisions, at low pT, have similar properties with respect to the multihadron jets observed in e+e− annihilations.