Chokes and inductors play a critical role in aircraft, and they are used in the electrical system to protect the power supply from short circuits and voltage spikes. Without them, the electrical system would be subject to damage from these spikes, which could cause a loss of power or even a fire. In addition, chokes and inductors help ensure that the electrical system operates at peak efficiency by regulating current flow. As a result, they play a significant role in ensuring an aircraft's safe and effective operation.


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For many small, single-engine aircraft, propellers are assemblies that are driven through fuel combustion to create the thrust necessary for forward movement and flight. Depending on the aircraft’s design and intended application, there are a number of propeller types that a pilot can take advantage of, each of which vary in their ability to adjust positioning and feather. For an aircraft such as the Piper Seminole, a constant speed propeller is used, that of which is a more advanced propeller assembly that automatically adjusts blade pitch to maintain a constant RPM across varying airspeeds or altitudes. As a very common, modern version of the propeller assembly and aircraft model, it can be useful to understand the functionality of the constant speed propeller based on its operations on a Piper Seminole.


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Since the advent of powered flight, aircraft design has been immensely expanded as various forms of aircraft engines have come about. Varying in design, complexity, and operation, different aircraft engines can provide for unique styles of operations. To help you understand the differences in flying with various engine types, we will discuss each and the operations they provide for.


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Everyday, a multitude of aircraft traverse thousands of miles across the globe, ensuring that passengers and cargo efficiently and safely reach their destinations. For an aircraft to accurately reach its destination while maintaining peak efficiency in terms of time and fuel, it relies on a number of navigation systems. Aerial navigation has consistently evolved over the past decades, with new and improved technology constantly bolstering the resources that are at a pilot’s fingertips. In this blog, we will discuss the three primary types of commercial navigation systems that are used by most pilots, allowing you to better understand how airplane navigation is conducted.


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As aviation technology continues to advance alongside a growing push for climate-friendly air travel, more aircraft manufacturers and engineers are seeking ways in which flying can be made “greener.” A major way in which the industry is seeking to combat climate change is through the adoption and improvement of electric aircraft, those of which have been in development for some time. In this blog, we will discuss the future of greener air travel and the efforts being made by the aviation industry, allowing you to keep up with an ever-changing market.


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Since the Wright brothers first took flight in 1903, aerospace engineers have worked diligently to find which materials best compose an aircraft's body. Throughout the years, numerous metals were tested and proven ineffective. However, aluminum was eventually recognized as the best performing metal and was widely adopted as the material of choice to construct new planes. Today, 80% of aircraft in use are made primarily of aluminum. In this blog, we will discuss the history of how aluminum came to be the optimal choice in aviation and what makes it such an attractive material.


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While fires pose a dangerous threat in any given situation, they can be especially alarming aboard an aircraft. In fact, cabin and engine fires are some of the most dangerous situations a flight crew can face. Beyond an aircraft being equipped with smoke detection devices, fire blankets, portable fire extinguishers, an aircraft firewall to protect internal engine components, and other various fire prevention/mitigation instruments, one of the most important is an engine fire extinguishing system. As such, this blog will provide an overview of the engine fire extinguishing system, its distinguishing features, and importance within an aircraft. 


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Flight control surfaces are standard aerodynamic devices found on countless aircraft, allowing for a pilot to govern flight attitude with ease. Main and secondary control surfaces are used for most management, coming in the form of ailerons, rudders, elevators, flaps, slats, and other devices that deflect the air stream. Control trimming surfaces, or trim tabs, meanwhile, are surfaces that counteract the aerodynamic forces exerted on control surfaces.. With their use, pilots may carry out changes while exerting less force on controls. 


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Helicopters are a form of rotary-wing aircraft or rotorcraft, featuring horizontally-spinning rotors that generate the lift and thrust needed for flight. With the common design and configurations of such vehicles, helicopters are capable of conducting vertical take off and landing operations, hovering, and flying forward, backward, and laterally. For a pilot to harness such abilities, helicopters feature various flight controls that enable management over various systems and flight surfaces. In this blog, we will discuss the controls of helicopters, allowing you to better understand how such rotary-wing aircraft types are flown.


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On fixed-wing aircraft, flight control surfaces are needed to regulate attitude and direction. Without these controls, the vehicle would not be capable of directional change or stable flight while in the air. Consisting of the ailerons, elevator, and rudder, these components make up what are known as the primary flight control surfaces. Though these components may differ depending on the model of aircraft, such aerodynamic devices can always be found regardless of the vehicle size. Within this blog, we will discuss the primary components making up the control surfaces of aircraft and how they individually function to provide control over pitch, roll, and yaw.


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The various flight instruments present in an aircraft are paramount for its safe and efficient operation, allowing for pilots to monitor various flight conditions. From the altitude of the aircraft to its airspeed, there are many numerous data types that the primary flight instruments record and display for the pilot on various gauges or screens situated within the cockpit flight deck. In the possible case of a system failure, it is important that there is some sort of backup system to ensure that pilots can continue to operate safely with the information they need for controlling the aircraft. As the primary backup system for flight instruments, many aircraft feature what are known as standby flight instruments.


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A backshell accessory is a component that is mounted onto the rear threads of a connector to both house and protect contacts and other sensitive elements. Backshell connectors can also provide a cable clamping mechanism, ensuring that strain relief is provided to the cables or wires to mitigate mechanical stress. Coming in the form of a piece that is either screwed or locked onto the shell of a connector, backshell accessories are very important for the performance and safety of electrical connections.


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When operating aircraft, pilots will typically rely upon a number of instruments and systems that function with the use of electrical power. In the instance that electrical power is lost, there must be some form of backup system so that pilots can continue to utilize flight controls, the aircraft communication system, aircraft navigation control, and other such devices. With a deployable wind turbine known as a ram air turbine, power can be generated from the airstream with the use of ram pressure.


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A valve is a mechanical component that is often used to regulate, control, and direct the flow of fluids through adjustable orifices and passageways. For reciprocating aircraft engines in particular, valves are crucial for safe and efficient operations as aircraft valves will dictate the flow and pressure of air, fuel, coolants, and more. To ensure that aircraft valves operate as intended and are not held-back by mishaps or improper timing, various valve operating mechanisms are implemented to manage their proper functionality. 


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