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Lucknow Airport Receives Weather-Damaged IndiGo Aircraft
[Lucknow, October 7, 2026] — An IndiGo passenger aircraft operating a scheduled route from Patna to Lucknow encountered extreme atmospheric conditions on Wednesday, resulting in visible damage to the aircraft's nose. The flight, which carried 104 passengers and six crew members, touched down safely at Chaudhary Charan Singh International Airport in Uttar Pradesh.
Initial reports from the airline confirm that the aircraft flew through a hailstorm during its descent. However, separate accounts suggest the aircraft may have been struck by lightning while cruising at approximately 17,000 feet. The Directorate General of Civil Aviation (DGCA) has launched a formal examination into the event. Following the landing, the aircraft was immediately grounded to undergo comprehensive technical inspections.
While early headlines characterized the arrival as an emergency landing, airport officials later clarified that the aircraft landed normally. The structural damage to the nose was only identified and confirmed after the plane had reached its parking position and was inspected by ground staff.
Breakdown of the Patna to Lucknow Flight Incident
The flight was operating a standard domestic leg between Bihar's capital, Patna, and Lucknow. During the transit, the crew encountered rapidly deteriorating weather conditions, including thunderstorms and heavy hail.
The specific area of damage was the aircraft's nose radome. The radome is a specialized aerodynamic fairing that protects the aircraft's weather radar antenna. This equipment is vital for flight safety, as it allows pilots to detect precipitation, turbulence, and storm cells in the flight path to navigate around them.
According to reports cited by PTI, there were no injuries among the 110 occupants. Maintenance personnel took the aircraft out of service immediately upon arrival to determine if the damage was superficial or if the internal radar systems had been compromised.
Key Technical Data of the Aviation Event
| Information | Reported Details |
|---|---|
| Airline | IndiGo |
| Incident Date | 7 October 2026 |
| Departure Airport | Jay Prakash Narayan International Airport, Patna |
| Arrival Airport | Chaudhary Charan Singh International Airport, Lucknow |
| Flight Number | Reported as 6E 625 or 6E 925 |
| Passengers | 104 |
| Crew Members | 6 |
| Total Occupants | 110 |
| Suspected Strike Altitude | Approximately 17,000 feet |
| Weather Conditions | Hailstorm and adverse weather |
| Damaged Component | Aircraft nose radome |
| Landing Outcome | Safe landing |
| Reported Injuries | None |
| Aircraft Status | Grounded for inspection |
| Investigating Authority | DGCA |
Industry observers have noted a discrepancy in the flight identification. While statements attributed to NDTV identify the flight as 6E 625, other news outlets have listed it as 6E 925. Until official DGCA logs are released, the specific flight number remains unconfirmed.
Investigating the Lightning Strike at 17,000 Feet
A central point of the current investigation is whether the damage was caused by kinetic impact from hail or an electrical discharge from lightning. While the airline's public statements emphasize the hailstorm, other reports explicitly mention a lightning strike occurring at 17,000 feet.
Airport officials indicated to PTI that the possibility of a lightning strike is being treated as a primary lead in the technical assessment. This distinction is critical for aviation investigators because the nature of the damage differs significantly between the two phenomena. Hail typically causes pitting, cracking, or punctures in the composite material of the radome. In contrast, lightning strikes can cause localized heating, electrical surges, and "burn" marks, often following a path from the nose to the wingtips or tail.
IndiGo has stated that all relevant regulatory bodies have been notified. The aircraft will remain out of rotation until maintenance teams can certify that the structural integrity of the nose and the functionality of the radar system are fully restored.
Technical Vulnerabilities of the Aircraft Nose Radome
The nose radome is constructed from specialized materials—often fiberglass or composites—that are "transparent" to radar waves. This allows the internal antenna to send and receive signals without interference. However, these materials are more susceptible to certain types of weather damage than the aluminum or carbon-fiber skin of the main fuselage.
According to guidelines from the US Federal Aviation Administration (FAA), the nose of an aircraft is one of the primary "attachment points" for lightning. When a strike occurs, the electricity typically enters at a forward point (like the radome) and exits at a trailing edge.
In the case of hailstorms, intense convective weather can propel ice pellets at high velocities, leading to impact damage. Because the radome protects the weather radar, any breach in its integrity can potentially expose sensitive electronics to moisture and pressure changes, making a thorough post-flight inspection mandatory.
Flight Path and Landing Timeline in Lucknow
Despite the turbulence and structural damage, the flight crew managed to bring the aircraft into Lucknow with precision. Flight tracking data and reports from The New Indian Express suggest the aircraft actually arrived slightly ahead of schedule.
The aircraft touched down at approximately 4:04 pm or 4:05 pm, roughly eight minutes before its scheduled arrival. This timing supports the assertions by airport officials that the landing was routine rather than an emergency descent.
The ability of the crew to maintain a normal approach suggests that the aircraft's primary flight controls and essential navigation systems remained operational despite the damage to the radome. The incident highlights the rigorous training pilots undergo to manage adverse weather on short-haul domestic sectors.
Why This Matters: The Impact on Passenger Experience and Safety
For the average traveler, this incident underscores a critical aspect of aviation safety: the "hidden" work that happens after a flight lands. While passengers disembarked without realizing the aircraft's nose was damaged, the immediate grounding of the plane demonstrates the industry's zero-tolerance policy toward structural anomalies.
From a logistical standpoint, this event shows how "short-hop" domestic flights can be subject to extreme weather volatility. A flight between Patna and Lucknow is relatively brief, yet it encountered conditions severe enough to damage a reinforced aircraft component.
For passengers, the key takeaway is that modern aircraft are designed to withstand lightning strikes and hail. The fact that the aircraft landed normally, despite a suspected strike at 17,000 feet, proves the efficacy of current aerospace engineering. However, it also highlights why flight delays often occur after "weather events"—airlines must prioritize these detailed technical inspections over schedule adherence to ensure that no compromised aircraft returns to the sky.
Slug: indigo-patna-lucknow-flight-weather-damage-investigation
