Air compressors are integral pieces of equipment that find use in a variety of industries, but when purchased new, can be very expensive. As such, purchasing used air compressors is common and can offer a number of benefits. Nonetheless, there are many factors one should consider prior to making a purchasing decision, ensuring you acquire a high quality machine at a low price point. Of all the factors one must keep in mind, finding a reputable supplier is at the forefront.

The flight control system is paramount for optimal aviation operations, allowing for pilots to govern the flight attitude of an aircraft from within the cockpit with ease. While control surfaces are quite useful, their deflection will often cause a small amount of resistance that can both decrease aerodynamic efficiency and make it difficult to maintain the positioning of a control surface. To remedy such issues, engineers often implement what are known as servo tabs to assist the movement of control surfaces. 

Automatic test equipment (ATE) refers to common data acquisition and diagnostic tools that are used for the testing of numerous electronics. Utilized in industries ranging from aerospace to industrial automation, ATE ensures that electronic equipment functions as intended and is safe to use. As a result of their utilization and the industries that they serve, ATE are crucial for avoiding accidents and danger associated with malfunctioning electronics. To help you better understand the use of such systems, we will discuss their design, construction, and applications.

A typical aircraft is composed of countless fasteners and hardware pieces, all of which work together to maintain a secure and operable assembly for the means of undertaking flight operations. Across the millions of fasteners that are situated across a fuselage, many come in the form of washers. While varying in type to accommodate different needs and requirements, a conventional washer typically consists of a thin plate with a hole in its center. Generally, such components are implemented alongside a threaded fastener for the means of distributing loads, though they may also act as a spacer, wear pad, spring, locking device, vibration reducer, or preload indicating device. Due to their common implementation in aircraft and the important roles that they serve, it can be useful to have a general understanding of what types are often found in aircraft assemblies.

To satisfy network frequency requirements of coaxial cables, various connector components are available to address any one of your networking issues. Assisting the transfer of signals through radio frequency (RF) and microwave applications, equipment like coaxial connectors are vital and necessary for connecting cabling to other devices. Offering long-lasting connections for cabling across digital, video, audio, RF, and microwave industries, different coaxial connectors exist to provide unique qualities across a spectrum of functions. Specifically, parts like BNC and TNC connectors are used to carry a frequency range of DC to GHz. Serving distinct purposes in devices we use everyday, we will compare BNC and TNC connectors, highlighting their benefits while addressing their primary differences.

Aircraft propellers, otherwise known as airscrews, are devices capable of transforming the rotary motion of an engine into a slipstream that allows for forward movement. Propellers have long served aviation since its infancy, and such devices continue to be implemented on countless aircraft that are used across the globe for varying applications. As propeller and aircraft technology has advanced, new materials have found use for various structures. Composite blade propellers serve as the successor of metal propellers, providing various benefits that make them fairly advantageous. Despite their use in the aviation sector for more than a few decades, there are many popular misconceptions that tend to circulate about them. To dispel such misunderstandings, we will discuss the myths and facts of the propeller blade.

Jet engines are a type of aircraft engine that generates thrust through jet propulsion. While the term can be more general, it is typically used to refer to internal combustion engines that are used for aircraft. While coming in a variety of forms, most jet engines utilize a rotating air compressor that is driven by a turbine while exhaust air and leftover power is used by the propelling nozzle to generate thrust. In this blog, we will provide a brief overview of the common types of jet engines, allowing you to better understand their differences, uses, and applications.

The gas turbine engine is a powerful apparatus that serves a diverse set of aircraft types, and they are well capable of drawing in large amounts of air at high altitudes for compression, fuel mixing, and combustion. Through the process of burning fuel-and-air mixtures, the gas turbine engine produces the propulsive forces necessary for maintaining heavier-than-air flight. While there are numerous gas turbine engine types that may slightly vary in their functionality or included parts, all follow a similar method of operation through the use of common assemblies.

The flight instruments of an aircraft are indispensable for safe operations, allowing pilots to closely monitor a number of flight conditions that affect efficiency and safety. The airspeed indicator, or ASI, is a basic instrument of aircraft, and it is used to measure the forward speed of the vehicle. Airspeed can be important for a number of reasons, ranging from fuel management and flight planning to being aware of speed for conducting a safe turn or landing. In this blog, we will provide a brief overview of the airspeed indicator so you may understand its use and functionality.

In order for most aircraft to fly, they require the combustion of fuel and air mixtures for propulsion generation. For most aircraft engines, this process results in high amounts of heat that can eventually begin to cause issues and damage to surrounding components if left unchecked. To avoid the dangers of engine failures, many aircraft will utilize liquid and air cooling systems in order to manage temperatures. As each method presents its own advantages and disadvantages, it can be useful to familiarize oneself with each to find what is best for a particular aircraft.