Hyderabad flights hit by low visibility; IndiGo issues travel advisory, urges passengers to check status
Low visibility conditions have disrupted several flights departing from Hyderabad, prompting IndiGo to issue a travel advisory. Passengers have been asked to verify the status of their flights before heading to the airport.
Early morning fog and reduced visibility at Rajiv Gandhi International Airport have forced air traffic controllers to limit take‑offs and landings on several runways. The weather pattern, which is typical during the winter months, has persisted longer than forecast, leading to delays across multiple airlines. IndiGo, one of the largest carriers operating from the airport, released an advisory urging travelers to check flight status through its app or website before arriving at the terminal. The airline also recommended arriving earlier than usual to allow time for additional security and safety checks.
Airlines and airport officials have coordinated to manage the backlog of aircraft waiting for clearance. Ground staff are working to re‑schedule flights while ensuring that passenger safety remains the top priority. Passengers who have already checked in are being offered rebooking options or refunds where applicable. The disruption has affected both domestic and international routes, causing inconvenience for business travelers and tourists alike. Airport management has assured that normal operations will resume once visibility improves and that all safety protocols are being strictly followed.
For travelers across India, especially those planning trips during the holiday season, the incident underscores the importance of staying informed about weather‑related disruptions. The advisory also serves as a reminder that airlines may adjust schedules without prior notice in response to sudden changes in conditions. Monitoring airline communications and maintaining flexible travel plans can help mitigate the impact of such events. Authorities continue to monitor the situation and will provide updates as conditions evolve.
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