IndiGo Flight Lands Safely in Lucknow Following Severe Weather Radome Damage: DGCA Initiates Safety Inquiry 2026
An IndiGo Airbus carrying 110 passengers from Patna to Lucknow lands safely with nose radome damage after encountering severe hail and suspected lightning at 17,000 feet.
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While commercial transport aircraft are engineered to withstand lightning strikes an average of once or twice per year, an IndiGo domestic flight carrying 110 occupants touched down in Lucknow on 7 October 2026 with a severely compromised nose radome following an intense high-altitude hailstorm at 17,000 feet. All 104 passengers and six crew members disembarked safely without injury at Chaudhary Charan Singh International Airport in Uttar Pradesh.
India's aviation safety regulator, the Directorate General of Civil Aviation (DGCA), immediately initiated a formal technical inquiry and grounded the aircraft for structural and avionics inspections. The incident highlights the rapid atmospheric volatility pilots encounter during post-monsoon domestic sectors across the Gangetic plains, where localized convective cells can generate severe hail and electrical activity within minutes.
Flight Incident Timeline and Operational Details
Operating between Jay Prakash Narayan International Airport in Patna, Bihar, and Lucknow, the flight (recorded in reports as 6E 625 and 6E 925) encountered adverse convective weather during its descent profile:
| Flight Parameter | Reported Incident Metric | Regulatory & Operational Status |
|---|---|---|
| Airline & Flight Route | IndiGo Airlines (Patna to Lucknow) | Scheduled domestic service |
| Date & Arrival Time | 7 October 2026 at ~4:04 pm (8 mins ahead of schedule) | Normal landing; post-flight damage discovery |
| Aircraft Occupants | 104 passengers, 6 crew members (110 total) | Zero injuries reported |
| Reported Strike Altitude | Approximately 17,000 feet | Hailstorm and suspected lightning |
| Damaged Component | Forward nose radome (weather radar housing) | Grounded for maintenance clearance |
| Subsequent Operation (6E 6968) | Lucknow to Ahmedabad | Replacement aircraft deployed; departed 6:22 pm |
Although early media reports characterized the arrival as an emergency landing, airport officials confirmed that the flight completed a normal touchdown and taxied to its assigned parking stand, where ground engineers identified structural cracking and impact denting on the radome cone.
Understanding Radome Structural Protection and Lightning Physics
The nose radome is a specialized fiberglass and composite shell located at the front of an aircraft. Its primary function is to protect the sensitive weather radar antenna from aerodynamic forces, ice, and hail while remaining transparent to radar frequency signals.
Technical standards maintained by the Federal Aviation Administration indicate that aircraft surfaces—particularly radomes, wingtips, and empennages—serve as initial attachment points for electrical discharges. In severe convective clouds, dense hail impacts combined with electrical currents can fracture external composite layers. Maintenance engineers must verify whether the underlying radar antenna, mounting bulkheads, and surrounding avionics sustained indirect voltage surges before issuing a release-to-service certificate.
Comparing Recent Domestic Weather Encounters
The Lucknow radome damage occurred shortly after another weather-related domestic incident in southern India:
| Incident Metric | Lucknow Radome Encounter | Bengaluru Landing Incident |
|---|---|---|
| Date | 7 October 2026 | 27 September 2026 |
| Route & Flight | Patna to Lucknow (6E 625 / 6E 925) | Guwahati to Bengaluru (6E 6542) |
| Aircraft Type | Narrowbody Commercial Jet | Airbus A321neo |
| Atmospheric Condition | Hailstorm & suspected lightning at 17,000 ft | Severe gusty crosswinds & wind shear |
| Physical Outcome | Nose radome structural damage | Tail strike during go-around sequence |
| Safety Result | 110 safe; aircraft grounded for DGCA review | Safe landing; aircraft grounded for maintenance |
Both occurrences prompted immediate grounding and standard DGCA safety reviews, demonstrating how rigorous post-flight inspection protocols isolate damaged aircraft while replacement airframes maintain scheduled commercial timetables.
Visitor Insider Tips
- Anticipate Post-Monsoon Turbulence Across Northern India: Flights operating across Uttar Pradesh and Bihar during October encounter isolated thunderstorms; keep your lap seatbelt fastened whenever seated, even when the cabin overhead sign is extinguished.
- Track Connecting Aircraft Swaps via Mobile Apps: When an aircraft is grounded for inspection, IndiGo deploys spare aircraft from major hubs; monitor the airline mobile app for gate revisions and updated departure times on onward legs.
- Explore Lucknow's Awadhi Heritage Safely: For travelers arriving at Chaudhary Charan Singh International Airport, explore city walking routes and monuments through Uttar Pradesh Tourism, including visiting the historic Bara Imambara, Rumi Darwaza, and sampling authentic Galouti kebabs in Chowk.
- Utilize Lucknow Airport Metro Links: The CCS Airport Metro station links the terminal directly to Charbagh Railway Station and Hazratganj in 25 minutes, avoiding road traffic bottlenecks during evening peak hours.
- Retain Digital Boarding Documents: If weather delays cause missed train or regional flight connections, save your digital boarding passes to request airline delay certificates for travel insurance validation.
Cultural and Environmental Context
Aviation across the Gangetic plains connects ancient cultural hubs like Patna and Lucknow, enabling millions of pilgrims, heritage travelers, and business professionals to traverse northern India rapidly. However, the region's intense post-monsoon weather patterns demand resilient airport infrastructure and vigilant meteorological monitoring.
Airlines and airports across India are integrating automated doppler weather radar and collaborative decision-making tools to route aircraft around severe storm cells. By proactively diverting flights around hail-bearing cumulonimbus clouds, carriers lower maintenance risks, reduce turbulence exposure, and ensure passenger comfort.
FAQ: IndiGo Patna-Lucknow Flight Incident 2026
What caused the damage to the IndiGo aircraft nose? The aircraft encountered severe weather, including a hailstorm and possible lightning at approximately 17,000 feet, damaging the nose radome.
Were any passengers or crew injured during the landing in Lucknow? No. All 104 passengers and six crew members disembarked safely without any reported injuries.
How did the grounding affect onward passengers? IndiGo arranged a replacement aircraft for the subsequent Lucknow to Ahmedabad service (flight 6E 6968), which departed at approximately 6:22 pm.
Who is investigating the Lucknow flight incident? India's Directorate General of Civil Aviation (DGCA) has initiated a technical inquiry to determine the exact cause of the radome damage.
Aviation safety protocols and skilled cockpit handling ensure that even severe atmospheric strikes conclude in safe touchdowns.
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10 Best Cultural Attractions and Food Walks in Lucknow Reddit 2026
Disclaimer
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Preeti Gunjan
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