What are the potential drawbacks of using wood in modern aviation compared to composites?

Using wood in modern aviation does present certain challenges, particularly in the areas of maintenance and durability. One of the significant drawbacks is the higher maintenance requirements associated with wooden materials. Wood is susceptible to various environmental factors, such as moisture, which can lead to rot and decay over time. This necessitates frequent inspections and treatment to ensure that the material remains structurally sound and safe for flight.

In contrast, composite materials are designed to be more resistant to these issues, often requiring less maintenance and providing enhanced longevity. This advantage is crucial in aviation, where safety and reliability are paramount. Additionally, while wood can provide some aesthetic appeal, its vulnerability to rot and other forms of degradation significantly impacts its practicality as a material for critical aircraft components.

Therefore, the potential drawbacks of using wood in modern aviation compared to composites include the challenges of higher maintenance requirements and an inherent vulnerability to rot and damage, which can compromise both the performance and safety of the aircraft.