Flight Control Problem
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Flight Control Problem
Flight control is the control from airplanes’ ground stations through the information that is transmitted to the pilot by radio and other electronic devices. It can also be said to be the system that controls an airplane (Merriam, 2020). Basic flight control is needed to safely maintain an aircraft during flight and consist of elevators, rudder ad ailerons. In aviation, like Boeing 737, MAX, the preliminary investigations divulge severe flight problems control that outraged passengers (Wikipedia, 2019). Flight control problem in aviation is seldom, but it does occur. One of the causes of the problem of flight control is the loss of control. In-flight loss of control has been one of the most significant causes of a fatal accident in aircraft for several years. Loss of control normally takes place because the aircraft enters a flight system outside its usual envelope, typically, but not always at a high rate, as a result introducing an element for the surprise for the involved flight crew.
There are many causes that bring about loss of control, such as; significant systems or systems control failure. A system control failure or significant system, which interferes with usual management of flight or directly with control of aircraft, may lead to loss of control. This may include major electrical failure, control of a significant element of the flying controls or loss of correct function, malfunction of vital flight instruments display, and multiple failures of the engine. The other cause is crew incapacitation. Incapacitation of the pilot such that neither pilot can maintain the control the aircraft may be can result in loss control. This would include fume or smoke in the deck of the flight and incorrect or malfunction of the pressurization system. It may also sometimes include the outcomes of a deterioration in the mental or physical condition of one of the pilots.
The other cause is flight control or management error. Loss of control may occur as an outcome of flight control or management inappropriate intervention or error by or under one of the pilot’s supervision. This might include fuel exhaustion, unintentional pilot mismanagement of vital systems including fuel transfer and engines autopilot, pre-flight fuel loading, or aircraft performance calculation. The other cause is the factors of the environment. Aspects of the environment external to the aircraft, which interfere with the regular use of engines, controls of flight or vital flight instruments, or leads to their ability to be exceeded or cause other damage that is serious, can lead to control loss.
This would include severe wind shear, the effects of ice entering or in other ways accreting within the engines, extreme wake vortex, accretion of ice on sensors or airframe during flight r before take-off, and the impact on the function of multiple engine passage via volcanic ash or an encounter with birds that are flocking bringing about in bird strike. It could also include the impacts brought about by runway surface debris of any origination, which did not emerge until after Vi. The other cause is the aircraft load. Loading becomes or is, different from the allowable flight envelop limits or any restrictions on what can be loaded, have been breached. Loss of control can happen if the aircraft is loaded for flight in a way that it is out of the envelope of the plane or is mis trimmed for the reason that the correct aircraft loading is not documented. Flying out of flight envelope may rise after take off for a reason being fuel transfer impact or an in-flight load shift.
The other cause is malicious interference. Sadly, in recent years there have been incidents when milieus interference with a flight by an individual on board, an external attack, or unaccompanied explosives led to the loss of control because of the structural integrity or direct interference of aircraft control. To solve the flight control problem, some factors should be considered, like; more targeted aircraft simulation and training should be done to expose design features in a new system of flight control that, in seldom situations, may delude pilots and bring about dangerous or unstable flight circumstances. Additionally, pilots and other individuals involved in the design of aircraft and operation of aircraft require more training o hinder these situations and provide significant cognizance that they can happen.
Designs must be analyzed and tested thoroughly to make sure that pilots will be able to understand the aircraft operations and its system of flight control to a reasonable degree to make decisions that are sound during both emergency and routine operation situations. More diligent flight testing and simulations also should be performed. Differing levels of skills pilots should be involved in, and they should be assigned with appropriate tasks. At the time of development of new aircraft, pilots should be permitted to conduct test flights that are unstructured to perform different types and incorporate training as they search for design features that lead to dangerous situations. Accident investigators, aircraft designers, and pilots require training that is specialized to be able to recognize these events. Many pilots have a propensity to blame themselves for the promise that emerges with control systems, which may describe why so few technical deficits are reported by commercial pilots (Nationalacademies, 2020).
Another solution to this problem is more time should be committed to training multi-crew pilots for the role of monitoring. To solve the issue of loss of control, more time should be devoted to the pilot’s training to reduce this issue. The other solution is Better access for pre-departure for pilots of general aviation from private strips or small airports to the latest route weather. Also, it a compulsory to fit bank angle permuting systems to all aircraft with the multi-engine. The issue of flight control is not common, but when it happens, it can bring about huge damage to both passengers and the pilots. Pilots should concentrate and also should collaborate with each other so that to work together. When they work together, this can minimize the issue of flight control. They should also have good communication with each other so that they can share their knowledge between them.
As we conclude, when the issue of flight control occurs, it can lead to many deaths or injuries and even damage to many things. Pilots should cooperate to avoid this issue, and also, they should be offered some training to minimize this issue. This issue rarely occurs, but when it happens, it can bring about a lot of damage. Also, aircraft organizations should ensure that everything should be in order before a plane takes off, including all systems and again, weather that can bring about loss of control by the pilot. By doing all these that we have discussed, then the issue of accidents by the planes due to problems of flight control they can minimize. Pilots are the critical people in controlling planes. I recommend that they also ensure that everything is in the right place before they take off to help mitigate the problem.
References
Merriam. (2020). Definition of flight control. Dictionary by Merriam-Webster: America’s most-trusted online dictionary. https://www.merriam-webster.com/dictionary/flight%20control
Nationalacademies. (2020). https://www.nationalacademies.org/news/1997/03/more-effort-needed-to-avoid-problems-associated-with-new-flight-control-systems
Wikipedia. (2019, March 11). Boeing 737 MAX groundings. Wikipedia, the free encyclopedia. Retrieved September 16, 2020, from https://en.wikipedia.org/wiki/Boeing_737_MAX_groundings