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Distance protection is the most widely used protection technique for transmission line protection due to its enhanced selectivity towards fault, fast response, and availability of various relay programming algorithms. However, when faults are detected in zone 2 of a relay, instantaneous tripping is not possible and are cleared after an inherent time delay. Sometimes, this increased disturbance duration may lead to system instability, power quality problems, or may result in increased plant damage. To address this issue, communication‐assisted accelerated distance protection has been employed. To have this communication for tele‐protection through standardised and interoperable means, an IEC 61850 GOOSE‐based communication‐assisted distance protection scheme is employed. This IEC 61850 GOOSE‐based accelerated scheme must meet the stringent performance requirements. Thus, this study presents …