Search and Rescue Missions by Armed Forces During Disasters

When disasters strike, every minute counts. Floodwaters rise, buildings collapse, and people find themselves trapped in the most inaccessible locations. In these critical moments, armed forces around the world transform from military defenders into lifesavers. Their unique capabilities-ground mobility, naval reach, and aerial access-make them indispensable during large-scale emergencies where civilian agencies need reinforcement.

The role of armed forces in disaster search operations 🔗

Armed forces bring specialized training, equipment, and organizational discipline that prove invaluable during disaster response. Unlike civilian agencies that may need time to mobilize, military units maintain a constant state of readiness. They can deploy within hours, bringing self-sufficient teams capable of operating for days without external support.

During the 2014 Jammu and Kashmir floods, the Indian Armed Forces committed over 30,000 troops, 84 aircraft and helicopters, and established multiple field hospitals. In just seven days, they flew 1,081 sorties and airlifted over 80,000 affected people to safety. The Army used social media platforms like Twitter and WhatsApp for the first time to coordinate rescue efforts and locate stranded individuals.

Army search capabilities 🔗

Ground forces excel in systematic area searches, particularly in terrain that becomes inaccessible during disasters. Army units deploy Humanitarian Aid and Disaster Relief (HADR) columns that include medical staff, engineers, and specialized rescue equipment. During the 2024 Wayanad landslides, six HADR columns with around 500 personnel including medical teams and search and rescue dog units were deployed. These teams rescued approximately 1,000 people while conducting operations along a six-kilometer stretch of devastation.

The Army also deploys Engineer Task Forces equipped with Bailey bridges, JCBs, and heavy equipment to restore access to cut-off areas. Modern operations increasingly use AI-powered technology. During Operation Brahma in Myanmar following the 2025 earthquake, Indian forces deployed AI-driven robotic mules capable of navigating unstable terrain and nano drones equipped with thermal imaging cameras to locate survivors trapped under rubble.

Navy search operations 🔗

Naval forces provide essential capabilities during floods, cyclones, and maritime emergencies. Warships can position near affected coastal areas and serve as mobile command centers, hospitals, and logistics bases. The Indian Navy’s Operation Raahat during the 2015 Yemen crisis demonstrated this capability when naval vessels evacuated over 4,640 Indian citizens and 960 foreign nationals from 41 countries despite a hostile conflict environment.

Navy divers specialize in water rescue operations that would be impossible for other agencies. These teams deploy flat-bottom boats, inflatable rescue craft, and specialized diving equipment for flood rescue. During Operation Madad in 2018, the Navy launched extensive rescue operations in flood-hit Kerala, using diving teams to reach people trapped in submerged buildings.

Air Force search capabilities 🔗

The Air Force provides the fastest response capability through helicopters and transport aircraft. Fixed-wing aircraft conduct aerial reconnaissance to identify critical areas and prioritize rescue efforts. During the 2013 Uttarakhand floods, the IAF deployed 20 aircraft including Mi-17 helicopters, Advanced Light Helicopters, and transport aircraft. A C-130J conducted aerial surveys over flood-affected areas to map damage and guide ground teams to survivors.

Helicopters operate in conditions where no other rescue method works-mountainous terrain, flooded valleys, and areas with destroyed road infrastructure. The IAF airlifted more than 20,000 people during the Uttarakhand disaster, often landing in extremely challenging conditions with minimal clearance.

Specialized rescue operations 🔗

Beyond general search operations, armed forces maintain highly specialized units for specific rescue scenarios that require expert training and equipment.

Navy underwater rescue systems 🔗

Naval forces operate Deep Submergence Rescue Vehicles (DSRVs) designed to rescue personnel from disabled submarines. The Indian Navy inducted its first DSRV in December 2018, becoming one of few nations with this advanced capability. These systems can rescue stranded mariners from depths of up to 650 meters with a detection range of 1,000 meters. Each DSRV carries a crew of three and can rescue 14 personnel per trip.

The DSRV is equipped with advanced side-scan sonar, multifunctional robotic arms, and specialized cameras. They are air-transportable and can be launched from ships, allowing rapid deployment anywhere in the world. In April 2021, India mobilized its Visakhapatnam-based DSRV to assist Indonesia in searching for the submarine KRI Nanggala, demonstrating international rescue cooperation.

Navy Marine Commandos (MARCOS) also conduct underwater search and rescue during civilian disasters. During the Kashmir floods, they rescued 200 personnel trapped in flooded areas using their specialized diving and extraction skills.

Air Force aerial rescue and evacuation 🔗

Air Force rescue operations involve multiple aircraft types working together. Heavy-lift aircraft like the C-17 Globemaster and C-130J Hercules transport rescue teams, equipment, and supplies to disaster zones. These aircraft can land on unprepared airstrips, operate in remote locations, and carry significant payloads. During Operation Brahma, IAF aircraft delivered over 656 metric tons of humanitarian assistance through seven flights.

Helicopters form the backbone of aerial rescue. Medium-lift helicopters like the Mi-17 V5 can carry multiple survivors per trip, while smaller Advanced Light Helicopters access confined spaces. The Sarang display team’s ALH aircraft were pressed into relief operations during the Uttarakhand floods, demonstrating that all available assets are deployed during major disasters.

The Air Force Rescue Coordination Center in the United States coordinates on-land federal search and rescue activities across the country. Similar coordination centers exist in other nations, serving as the nerve center for military rescue operations.

Coordination and strategy with civilian authorities 🔗

Effective disaster response requires seamless coordination between military forces and civilian agencies. Armed forces operate under the principle of supporting civil administration rather than replacing it.

Command structure and integration 🔗

During major operations, armed forces establish Command and Control Centers to coordinate efforts. These centers integrate military assets with civilian agencies like the National Disaster Response Force (NDRF), state disaster management authorities, and local administration. During the Wayanad operations, a Major General headed the command center, coordinating Army, Air Force, and Navy assets alongside civilian responders.

The US FEMA Urban Search and Rescue system demonstrates how military and civilian integration works. Task forces combine disaster managers, search specialists, rescue specialists, physicians, structural engineers, and logistics experts. These 70-member teams must be self-sufficient for 72 hours and deploy within six hours of activation.

Pre-positioning and rapid deployment 🔗

Strategic positioning of assets significantly reduces response time. Air Force transport aircraft and helicopters are kept on standby at multiple bases during monsoon seasons or when disasters threaten. During the Wayanad operations, multiple aircraft remained on standby at Thiruvananthapuram, Sulur, and Thanjavur to provide air rescue at short notice.

Equipment caches maintained by disaster response teams enable rapid deployment. FEMA task forces maintain 16,400 pieces of equipment weighing 60,000 pounds, pre-palletized for transport by truck or aircraft. This cache includes medical supplies, search equipment, communications gear, and technical rescue tools.

International cooperation 🔗

Disaster response increasingly involves international military cooperation. The Indian Navy has submarine rescue agreements with multiple countries including Australia, Indonesia, and the United States. During Operation Dost following the 2023 Turkey-Syria earthquake, Indian armed forces deployed rescue teams internationally, demonstrating how military capabilities extend beyond national borders during humanitarian crises.

Technology transforming search and rescue 🔗

Modern armed forces continuously adopt new technologies to enhance rescue capabilities. Thermal imaging cameras on drones locate survivors by detecting body heat, even through rubble or dense vegetation. Specialized listening devices can detect sounds from trapped individuals through layers of debris.

Search and rescue dogs remain invaluable despite technological advances. C-17 aircraft transported trained dog teams to Wayanad specifically for their ability to detect survivors in collapsed structures. These dogs can search areas quickly and identify locations human searchers might miss.

Communication technology ensures coordination across vast disaster zones. Military radio systems operate in frequencies that penetrate structures and work in underground environments. Satellite communications provide backup when terrestrial infrastructure fails.

Challenges and continuous improvement 🔗

Armed forces constantly train for disaster response scenarios. Regular exercises test deployment procedures, inter-agency coordination, and equipment readiness. The US Navy’s Undersea Rescue Command routinely conducts exercises off Southern California using pre-positioned underwater fixtures to simulate submarine rescue.

Climate change is increasing disaster frequency and intensity, pushing military forces to expand their capabilities. Rising sea levels, more powerful storms, and unpredictable weather patterns mean armed forces must prepare for larger and more complex rescue operations.

What do you think? How can communities better integrate with military disaster response systems to improve survival rates during emergencies? Should nations invest more in military disaster response capabilities as climate-related disasters become more frequent?

References

1. https://en.wikipedia.org/wiki/Indian_Armed_Forces_and_the_Jammu_and_Kashmir_floods,_2014
2. https://www.pib.gov.in/PressReleasePage.aspx?PRID=2039871
3. https://en.wikipedia.org/wiki/Operation_Brahma
4. https://en.wikipedia.org/wiki/Operation_Raahat
5. https://www.spsmai.com/military/?id=2276&q=Largest-rescue-and-relief-operations-by-the-Indian-armed-forces
6. https://en.wikipedia.org/wiki/Deep-submergence_rescue_vehicle
7. https://www.af.mil/About-Us/Fact-Sheets/Display/Article/104567/air-force-rescue-coordination-center/
8. https://en.wikipedia.org/wiki/FEMA_Urban_Search_and_Rescue_Task_Force