A British Airways flight experienced multiple lightning strikes during its approach to Geneva Airport on Sunday evening, forcing the crew to abort their landing attempt. The incident, involving flight BA754, occurred as a severe storm disrupted the region’s typically mild Easter weather, turning a routine arrival into a high-tension event for those on board.
The aircraft, an Airbus A321, was scheduled to touch down at Cointrin at 20:10. However, as the plane descended, it encountered “explosive” meteorological conditions. According to a passenger on the flight, lightning repeatedly struck the aircraft, prompting the pilots to execute a “move-around”—a standard aviation safety maneuver where the aircraft climbs back into the air to attempt another approach when a safe landing cannot be guaranteed.
While all passengers and crew members remained safe, the experience was distressing for those in the cabin. One witness described the atmosphere as tense, noting that the constant appearance of lightning flashes created a sense of fear among the passengers. The crew informed those on board that the decision to abort the landing was made strictly for safety reasons.
Following the successful go-around and subsequent landing, the aircraft was grounded for mandatory external inspections. These checks are required after lightning impacts to ensure that the fuselage, sensors, and avionics have not sustained structural or electrical damage before the plane can be cleared for its return flight to London.
| Detail | Information |
|---|---|
| Flight Number | BA754 |
| Aircraft Type | Airbus A321 |
| Location | Geneva Cointrin Airport |
| Primary Event | Lightning Strike / Forced Go-Around |
| Outcome | All passengers safe; aircraft grounded for inspection |
The Mechanics of the Go-Around Maneuver
In the aviation world, the “go-around” is not an emergency in the sense of a failure, but rather a proactive safety protocol. When pilots encounter obstacles, unstable approach speeds, or—as in this case—severe weather like a British Airways flight lightning strike in Geneva, they are trained to immediately apply full power and climb away from the runway.
This procedure is designed to remove the aircraft from a potentially dangerous situation and provide the crew with the time and altitude necessary to re-evaluate the approach or divert to another airport. For passengers, the sudden increase in engine thrust and the steep climb can be jarring, but it is one of the most critical safety tools in a pilot’s arsenal.
Engineering Against the Elements: How Aircraft Handle Lightning
From a technical perspective, the striking of an aircraft by lightning is a scenario that engineers prepare for long before a plane leaves the assembly line. Drawing on my background in software and systems engineering, modern aircraft like the Airbus A321 are designed to act as a “Faraday cage.”
The aluminum skin of the aircraft allows the electrical discharge from a lightning strike to travel across the exterior of the fuselage rather than penetrating the interior where passengers and sensitive electronics are located. This current is then safely dissipated into the air through static discharge wicks—small needles located on the trailing edges of the wings and stabilizers.
Despite this inherent protection, lightning can occasionally cause “pitting” (small burns on the metal skin) or interfere with sensitive avionics. What we have is why the European Union Aviation Safety Agency and other regulators mandate rigorous inspections following a strike. Technicians must verify that there are no structural compromises or “burn-throughs” that could affect the aircraft’s integrity during the pressures of high-altitude flight.
Regional Weather Volatility and Aviation Impact
The incident coincided with a sudden shift in Swiss weather patterns. According to MétéoSuisse, the region had been experiencing an unusually warm Easter period, which created the atmospheric instability necessary for the sudden development of violent thunderstorms.
While the immediate storm cell has since passed, the volatility of spring weather continues to pose challenges for European air traffic. MétéoSuisse forecasts suggest that while temperatures will remain warm—reaching up to 25 degrees Celsius in some areas—the risk of early-season thunderstorms remains a factor for flight planning and airport operations across the Alps.
For passengers traveling through Geneva and other major European hubs, these events underscore the importance of real-time weather monitoring and the strict adherence to aviation safety protocols that prevent weather-related incidents from becoming tragedies.
The next confirmed checkpoint for this incident will be the release of the aircraft’s maintenance logs and the official flight report, which will detail the exact number of strikes and any specific damage found during the ground inspection. Following these checks, the aircraft will be returned to active service provided it meets all safety certifications.
We invite you to share your thoughts or experiences with aviation safety in the comments below, and feel free to share this report with others.
