Introduction
Recently, an article by Simple Flying highlighted a little-known but crucial aspect of modern aviation: when a Boeing 787 or an Airbus A350 suffers a tail strike damage, they remain in the hangar for weeks, while a Boeing 777 can become operational again in just a few days. This difference is not random and is due to the composite materials used in the newer aircraft models, which complicate repairs. For travelers, understanding what this means is important to know how potential delays or cancellations can affect their flights.
What is a Tail Strike?
A tail strike is an incident during takeoff or landing when the tail of the aircraft touches the runway. Although it often does not cause immediate visible damage, it can significantly compromise the aircraft’s structural integrity. The risk of a tail strike is more common in aircraft with a long fuselage or a takeoff/landing attitude that leads the aircraft to a higher angle.
Composite Materials: An Advantage and a Challenge
Both the Boeing 787 and Airbus A350 use a high percentage of advanced composite materials in their structure. These materials are lighter and offer better performance compared to the traditional aluminum used on the Boeing 777, but they have a downside:
- More complex repairs: Damage to composite materials requires deeper diagnostics and more sophisticated repair techniques.
- Longer maintenance times: Repairs for a tail strike on a 787 or A350 can take weeks, while for a 777, with an aluminum structure, only a few days are needed.
Practical Impact on Flights and Passengers
Higher Probability of Delays and Cancellations
When one of these large aircraft is grounded in a hangar for repairs, airlines have to revise their flight schedules. In the worst cases, they may cancel or replace flights with smaller models (which may have fewer seats or lower comfort) or delay departures.
Increased Volatility in Ticket Availability
During periods of high demand or unfavorable weather conditions, the loss of a 787 or A350 for weeks can create bottlenecks in flights.
Reduction of Options for Long-Haul Routes
Since the 787 and A350 are often used for intercontinental flights, their absence can reduce flight frequency or eliminate direct routes, forcing passengers to make additional stops.
Tips for Passengers
- Book flights with some flexibility: If possible, plan trips with at least an extra day, especially when flying with Boeing 787 or Airbus A350.
- Check flight status before departure: Use FlightGuard services to monitor reliability and any anticipated delays or cancellations. Learn more about how to check flight risk.
- Prefer airlines with more fleet options: Some airlines have mixed fleets and can more easily replace a grounded aircraft.
- Prepare documents for possible changes: Having documents and apps ready to modify bookings can save you unnecessary stress.
The Future of Repairs
The aviation industry is working to reduce the time and complexity of composite material repairs through:
- New diagnostic methods with integrated sensors
- Faster and more modular repair procedures
- Specific training for technical personnel
However, for now, travelers must be aware of the technological differences that also impact the punctuality and reliability of flights.
For Further Exploration
You can explore more details about the fleets of airlines that use these models, such as Ryanair (FR) or EasyJet (U2), and the airports most served by Boeing 787 and Airbus A350, such as Fiumicino (FCO) or London Heathrow (LHR).
Want to know if your next flight is at risk? Check your flight risk on FlightGuard.
