What causes loss of control in flight?

Contributing factors may include: poor judgment/aeronautical decision making, failure to recognize an aerodynamic stall or spin and execute corrective action, intentional regulatory non-compliance, low pilot time in aircraft make and model, lack of piloting ability, failure to maintain airspeed, failure to follow …

How does lightning affect an aircraft?

Lightning can cause minor damage to aerials, compasses, avionics, and leave small puncture holes in the fuselage, radomes, and tail fins. In addition, lightning flash, especially at night, can temporarily blind the flight crew.

Why did most pilots lose control of their airplanes in the early days of aviation?

Loss of control may be the result of mechanical failure, external disturbances, aircraft upset conditions, or inappropriate crew actions or responses.

How do you prevent loss of control on a plane?

Try practicing stalls, or approaches to stalls, at a safe altitude with an experienced instructor. Remember that turns, either vertical or horizontal, load the wings and increase the stall speed. Other ways to avoid stalls include: Avoid target fixation — Focus on flying the airplane, not what is on the ground.

Which of the following is disadvantage of tail dragger?

Which of the following is disadvantage of tail dragger? Explanation: Tail dragger arrangement consists total of 3 wheels: 2 main and 1 auxiliary. Tail dragger arrangement is inherently Unstable. Tail dragger arrangement provides more propeller clearance and it is lighter in weight.

Why are modern aircraft more vulnerable to damage caused by lightning?

Usually, the electrical impact spreads across the surface of the aircraft “along the external skin, in aluminium alloy which is a very good conductor of electricity, and the fuselage and wings act as a Faraday cage.”

Why are modern planes more vulnerable to lightning than older planes?

Airplanes are designed to withstand hundreds of thousands of amperes of electricity—far more electricity than a lightning bolt can deliver. Adding to that safety precaution, the skin of airplanes—aluminum in older planes, a composite in more modern models—is designed to conduct electricity off of the plane.

What are major factors for controlled flight into terrain CFIT accidents?

While there are many reasons why a plane might crash into terrain, including bad weather and navigation equipment problems, pilot error is the most common factor found in CFIT accidents.