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In this work, we investigated mass ordering sensitivity using a combination of three experiments (ICAL, T2HK, and JUNO). All three differ in terms of baselines, energy range, and oscillation channels. All three have some limitations that can be addressed through a combined study.We obtained more than 5σ sensitivity for the unfavorable δCP phase, despite the JUNO detector’s poor resolution (if 3%/ √ E not achievable). We showed that increasing the run time for ICAL improves the overall sensitivity for MO measurement when combined with T2HK and JUNO. Our results demonstrate the power of combining multiple experiments to achieve more accurate and robust results in neutrino physics.We hope our work will contribute to future experimental efforts in this field and facilitate a deeper understanding of the fundamental properties of neutrinos.