Oleo struts play a vital role in aircraft landing gear systems by absorbing impact energy and stabilizing such vessels during touchdown. Although often hidden within the landing gear assembly, these components are key to managing landing forces and preserving structural integrity throughout repeated operations. In this blog, we will examine how oleo struts work and why they are commonly used, as well as how specific design features, service practices, and environmental factors influence their overall performance and reliability. 

In industrial and commercial applications that need to generate and maintain vacuum or airflow for specific operations, vacuum blowers are indispensable. These devices are designed to move air or gasses in and out of systems, creating pressure differentials for tasks ranging from material handling to chemical processing. Understanding the inner workings and types of vacuum blowers is key to appreciating their importance, so read on as we explore the general function of vacuum blowers, the variations available, and some common applications in which they are employed.

A locking wire, often referred to as a safety wire, is a critical component in the aerospace industry. In this blog we will explore various scenarios in which locking wires are utilized, spotlighting their importance in aerospace applications.

Pilots rely heavily on an array of sophisticated instruments to navigate the skies with precision and safety. Among these crucial flight instruments is the attitude indicator, often regarded as one of the most indispensable tools in an aircraft's cockpit. This device, also known as an artificial horizon or gyro horizon, provides pilots with vital information about their aircraft's orientation relative to Earth's horizon. To understand the significance of the attitude indicator, we will delve into its functionality, importance, and the technology that powers such instruments within this blog.

Potentiometers, often referred to as "pots," are versatile components that are crucial in the world of electronics and automation. These devices act as adjustable voltage dividers, allowing precise control of electrical circuits. They find applications in a wide range of industries, from audio equipment to industrial machinery. In this comprehensive guide, we will explore potentiometer functionality and delve into common types, including rotary potentiometers, electric potentiometers, box potentiometers, rotary switches, and bracket potentiometers.

Rubber bumpers play a crucial role in protecting equipment, reducing vibration, and preventing damage from impact. In particular, their ability to minimize damage and prolong equipment lifespans have made them indispensable in numerous industries. In this blog, we will provide an overview of rubber bumper functions and their different types to better understand them.

If you have worked with fastened assemblies that involve the use of bolts and nuts, there is a good chance that you have handled washers at some point. These components typically come in the form of flat, circular disks that contain a hole in the middle, and they are generally placed between the head of a bolt and the surface of a workpiece. With a washer, one can achieve a number of goals, ranging from the distribution of fastener loads to creating space between two surfaces. Based on one’s needs, there are a variety of washer types that one may choose from. In this blog, we will discuss the spring washer in particular, that of which is a unique type that can protect assemblies from a variety of stresses and forces.

Since the advent of the induction motor, variable frequency converters have been around in the form of AC generators. When you change the rotational speed of a generator, you can change the output frequency. In fact, frequency converters were used until high speed transistors were invented in order to vary motor speed. Unfortunately, frequency changes were limited due to generator speed reduction lowering the output frequency but not the voltage.

When navigating the skies, there are a lot of systems in place to aid pilots in determining their exact location. Given the fact that there are virtually no landmarks or reference points in the air to indicate an aircraft’s position, pilots rely on interactions with air traffic control (ATC) and other systems on the ground to determine their positions. One important system in place that pilots rely on is the distance measurement equipment (DME) system. For your better understanding of how such equipment is used in practice, this blog will cover the basics of distance measurement equipment.