When Hurricane Simon forced Puerto Vallarta and Manzanillo airports to close, the immediate story was cancelled flights. The larger story was whether Mexico’s Pacific coast could remain connected to medical supplies, relief workers, cargo, residents and tourists once its aviation links were cut. Hurricane Simon is a tropical cyclone currently affecting Southwestern Mexico.
Puerto Vallarta suspended operations from the evening of 10 October, while Manzanillo also closed as the Category 4 storm approached. Reopening was made conditional on weather and post-storm safety inspections, not a timetable on an airline schedule.
Airlines issued waivers because cancelled holidays were only the visible part of the disruption. Delta allowed passengers travelling through Guadalajara and Puerto Vallarta to change plans without a fee within a defined window. Similar waivers from other airlines acknowledged a basic operational fact. A traveller cannot be expected to make a normal journey when an airport may be flooded, inaccessible or unsafe to operate.
An airport in a cyclone is not merely a terminal with paused flights. It is a concentration of runway lighting, navigation equipment, fuel, aircraft, cargo, staff, emergency vehicles, power systems, communications links and road access. If any one layer fails, the airport may be unusable even if the runway surface remains intact.
A storm can flood terminal access roads before it floods the terminal. It can disable approach lights, remove weather sensors, scatter debris across the runway, cut external power and prevent airport workers from reaching their posts. It can leave aircraft exposed on the ramp, while ground crews shelter and emergency teams prepare for a different kind of work.
Closing early is not a sign of failure. It is often a resilience decision. Moving aircraft away, securing equipment, protecting people, closing public access and waiting for the worst weather to pass can prevent a dangerous situation from becoming a disaster inside the airport boundary.
The reopening process is slower than the closure notice suggests. Inspectors need to assess runways, taxiways, lighting, signs, drainage, fences, navigation systems, terminals, fuel farms and rescue services. Airport teams must remove debris, restore power and communications, verify weather reporting and confirm that fire cover, air traffic services, ground handling and security can operate safely.
Only then does a runway become an airport again. The speed of reopening matters far beyond aviation. Hotels need staff and supplies. Hospitals need medicines and specialist support. Businesses need workers, visitors and cargo. Residents who evacuated may need to return. Relief flights may have to arrive before normal passenger schedules resume.
The first aircraft after a major storm is often more important than the first holiday flight. It may carry assessment teams, emergency equipment, food, medicines, engineers or repair parts. A resilient airport is therefore one that can shift from commercial gateway to emergency lifeline without waiting for normal travel demand to recover.
India should read that lesson through its own coastline. Goa’s airports sit at the centre of a tourism economy vulnerable to extreme rain, flooding and coastal storms. Kochi operates in a region shaped by monsoon intensity and flood risk. Chennai and Visakhapatnam face cyclone exposure from the Bay of Bengal. Puri depends on aviation access through nearby airports during events that can disrupt road and rail networks. The Andaman and Nicobar Islands face a sharper version of the same challenge, where air links can become essential when sea conditions deteriorate.
Climate resilience is not a sustainability brochure. It is operational design. That begins with drainage. A runway and apron must shed water quickly enough to avoid standing-water hazards, while terminals, cargo warehouses, electrical rooms, fuel systems and access roads need protection from flooding. Backup power must be able to support essential systems, including lighting, communications, security, emergency services and weather observation. Equipment that works in ordinary rain may not survive prolonged water, wind and power disruption.
It also means protecting people. Airport staff need safe shelter, transport arrangements and clear procedures for working during severe weather. An airport cannot reopen because an operations manual says it should if fire crews, air traffic personnel, maintenance teams, ground handlers and security staff cannot reach the site.
Cargo matters too. Perishables, medicines, vaccines and humanitarian supplies can lose value or become unsafe if cold chains fail. A storm-resilient airport needs protected storage, backup power for temperature-controlled facilities and a plan for moving urgent cargo quickly after reopening.
The most difficult question is not whether an airport can close. Every airport can close. The question is whether it can reopen safely, quickly and in a way that serves the region’s most urgent needs. That requires drills, mutual-aid agreements, spare equipment, secure fuel access, weather intelligence, clear communication with airlines and coordination with hospitals, disaster agencies, ports, road authorities and local governments.
Hurricane Simon has shown that an airport is not just a place people use to begin a holiday. It is part of a region’s ability to recover when weather stops being an inconvenience and becomes an emergency.