Which of the following indicates a good glide ratio for an aircraft?

Which of the following indicates a good glide ratio for an aircraft?

• A. A higher descent rate
• B. A longer horizontal distance covered
• C. A lower thrust to weight ratio
• D. A slower cruising speed

Answer: (B)

A good glide ratio for an aircraft is indicated by a longer horizontal distance covered during a glide. The glide ratio is the distance an aircraft can travel forward compared to the altitude it loses while gliding. A higher glide ratio means that the aircraft can travel a greater distance horizontally for every unit of altitude lost, which is beneficial in scenarios where engine power is lost or in need of maximizing efficiency during descent. This characteristic is crucial for pilots, especially in situations such as engine failures or tactical descents, where maintaining optimal glide performance can lead to safer landings or efficient maneuvering. The longer the horizontal distance that an aircraft can cover while descending, the better its glide performance, making it capable of staying in the air longer and reaching a safe landing area. This performance is highly desirable in gliders and other aircraft where efficient glide capabilities are essential.

A good glide ratio for an aircraft is indicated by a longer horizontal distance covered during a glide. The glide ratio is the distance an aircraft can travel forward compared to the altitude it loses while gliding. A higher glide ratio means that the aircraft can travel a greater distance horizontally for every unit of altitude lost, which is beneficial in scenarios where engine power is lost or in need of maximizing efficiency during descent. This characteristic is crucial for pilots, especially in situations such as engine failures or tactical descents, where maintaining optimal glide performance can lead to safer landings or efficient maneuvering.

The longer the horizontal distance that an aircraft can cover while descending, the better its glide performance, making it capable of staying in the air longer and reaching a safe landing area. This performance is highly desirable in gliders and other aircraft where efficient glide capabilities are essential.