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While electric motors are available in a number of forms, they all work by making the motor’s shaft rotate in the same manner. They function by taking advantage of the attraction and repulsion between the north and south poles of a magnet and the magnetic field produced by an electric current. Motors that use direct current (DC) power supply to rotate the shaft are called DC motors and are divided into brush and brushless (BLDC) types.


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When operating with systems and components that house and transport fluids, it is important that reliable seals are implemented to ensure that any leak is prevented. Gaskets are a common option for such needs, coming in the form of rubber components that are seated and compressed between two or more surfaces to deform and create a seal. When transporting or storing a fluid such as gasoline, it is crucial that one takes into account the type of gasket material that is used for the seal, as some materials may begin to break down and fail when interacting with gasoline. As the failure of a gasket can lead to dangers when fuel begins to leak, it is very important that the right material is relied on.


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The engine is the heart of any plane, combusting fuel-and-air mixtures for the means of propulsion generation and powering systems. While early aircraft engines were fairly limited in their capabilities, newer assemblies easily allow most modern twin-engine models to take off and land with just a single powerplant. That being said, not all aircraft can optimally operate with a single engine, though many are designed to be piloted with just one in the instance of an emergency. In this blog, we will discuss how common aircraft function with just a single engine, allowing you to better understand their differences for safety.


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Wheels are an essential part of an airplane, and each type serves a specific purpose in helping a plane maneuver safely. Designed to serve multiple purposes, wheels used for aircraft are typically located near the front and middle of the vehicle, and are essential for taxiing, takeoff, and landing. As these wheels are usually much larger than those used for automobiles, they are specifically designed to support the plane's weight during various ground activities.


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Aircraft have radically changed our ability to traverse the earth, allowing for all types of individuals to reach their destinations at speeds not before thought possible. Despite early aircraft being major game changers, consistent improvements have been made to bolster their abilities, efficiency, performance, safety, and more. In this blog, we will discuss some of the most important innovations in the realm of aviation that have come about before and after the first powered flight, allowing you to be more aware of how heavier-than-air flying machines were made possible.


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Aircraft are a marvel of modern engineering. It is hard to believe that humans have figured out how to get over thousands of pounds worth of metal high in the air and keep it flying smoothly for an extended period with just automation systems alone. It might not seem like a bigger deal nowadays, but an aircraft flying in the air is no less than a miracle when looking at the specifics of their operation and assembly. As a result of continuous efforts to improve aircraft design, flying has only become more efficient, safe, and fast.


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An aircraft's wings are either attached above (high-wing) or below (low-wing) the fuselage. Large commercial aircraft have low wings, but others like training aircraft, propeller aircraft, and cargo aircraft have high wings. The configurations in both aircraft offer advantages and disadvantages, and the mechanism of each is built to satisfy the aircraft's performance requirements. This blog will discuss the difference of high- and low-wing aircraft, so you may read on to learn more.


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With several tons of equipment constantly moving on an aircraft, it is a true feat of engineering that passengers experience a smooth flight. Aircraft accomplish this impressive undertaking with the aid of hydraulics, which is an efficient and easy way to transfer great amounts of force through a system. In this blog, we will discuss how hydraulic system in aircraft works to support smooth and safe operation.


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Fasteners are common components to countless industries and applications, allowing for two or more parts to be combined in a permanent or non-permanent fashion. Within the realm of aviation, fasteners are paramount to aircraft construction, so much so that they can account for nearly half of the parts of a single model. There are many types of fasteners that one may take advantage of, each featuring different designs and capabilities that warrant different uses. To help you understand the importance of aircraft fasteners, we will provide a brief overview of the most common types and their use.


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