The last rites of Indian sailor Dixit Solanki were performed in Mumbai 48 days after he was killed in a missile strike off the coast of Oman, bringing a prolonged and painful wait for his family to an end. The cremation took place at the Dhanukarwadi cremation ground in Kandivali West on Saturday, attended by close relatives and loved ones.
Solanki, a 32-year-old resident of Kandivali, had died on March 1, 2025, while working as an oiler onboard the merchant vessel MKD Vyom in West Asia. His death marked the first known Indian casualty linked to the ongoing conflict in the region, highlighting the risks faced by seafarers operating in volatile international waters.
Despite his death occurring in early March, the repatriation of his remains was delayed by over a month, with the body arriving in Mumbai only on April 5. The delay was attributed to logistical challenges and the complexities involved in identification and transfer procedures in a conflict-affected zone.
Also Read: IMF Flags Risk Of Prolonged Economic Impact From West Asia Conflict
Family members said the wait was marked by uncertainty and emotional distress, as they struggled to confirm the identity of the remains. His sister, Mitali Solanki, stated after the cremation that the family had finally been able to lay him to rest, ending weeks of anguish and unanswered questions.
The incident underscores the broader impact of geopolitical tensions in West Asia, where commercial vessels have increasingly faced threats due to escalating hostilities. Seafarers, often caught in conflict zones, continue to face heightened risks while carrying out essential maritime operations.
With the completion of the final rites, Solanki’s family has begun the process of coming to terms with their loss, even as concerns remain over the safety of Indian nationals working in high-risk regions abroad. Authorities have yet to release further details regarding the circumstances of the missile strike or any ongoing investigations into the incident.
Also Read: West Asia Conflict Raises Risk Of Global Slowdown And Energy Shock