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On the basis of the scaling approach and CORSIKA simulations data the radialscale factor of lateral distribution of electrons in extensive air showers isconfirmed as potentially effective primary mass estimator, and its sensitivityto hadronic interaction model is investigated. It is shown that improvedcomposition results both on average and event-by-event basis can be achievedtaking into account the universality property of air shower developmentexpressed by the relation between radial scale factor and longitudinal ageparameter. The enhancements of such a theoretically motivated tool for theunbiased cosmic ray composition deduction in a wide primary energy range from(multi-)hybrid air shower measurements of nearest future are discussed.

Model-Stable Universality of the Air Shower Electromagnetic Component: an Approach to Solving the Mass Composition Problem