In a bold and high-risk mid-sea operation, the Indian Navy successfully conducted an aerial insertion and extraction of a salvage team aboard the fire-engulfed merchant vessel MV Wan Hai 503 on June 13, 2025. The operation, executed under challenging weather and fire conditions, marked a significant milestone in maritime rescue coordination, showcasing India’s naval readiness and expertise in handling emergency salvage operations.
Why in News?
The MV Wan Hai 503, a cargo vessel caught in a massive fire, required immediate intervention off the Kochi coast. On June 13, 2025, the Indian Navy responded swiftly by deploying a Seaking helicopter from INS Garuda to insert a salvage team onboard the burning ship—despite harsh sea conditions. This operation underscores the Navy’s critical role in maritime safety and emergency response.
Incident Summary
- Vessel Name: MV Wan Hai 503
- Issue: Massive fire onboard the merchant vessel
- Location: Off the Kochi coast
- Date of Aerial Insertion: 13 June 2025
Aerial Insertion Details
- Aircraft Used: Seaking helicopter from INS Garuda, Kochi
- Method: Winching of salvage team onto the burning vessel
Objective
- Connect salvage tug Offshore Warrior with MV Wan Hai 503
- Stabilize and prepare vessel for towing
- Extract team safely after mission
Key Units Involved
Indian Navy Units
- INS Sharda
- Helicopter team from INS Garuda
Support Vessels
- Offshore Support Vessel (OSV) MV Triton Liberty
- Salvage tug Offshore Warrior
- Coordination: With Indian Coast Guard and maritime agencies
Objective and Outcome
- Safely connect towing equipment
- Initiate towing operations of the fire-hit vessel
- Extract the team safely post-mission via helicopter
- Ensure no further threat to maritime traffic
Summary/Static | Details |
Why in the news? | Indian Navy Executes Daring Mid-Sea Salvage Operation on Burning MV Wan Hai 503 |
Incident | Fire onboard MV Wan Hai 503 |
Location | Off Kochi coast, Arabian Sea |
Lead Agency | Indian Navy |
Operation | Aerial insertion and extraction of salvage team |