The ram air turbine (RAT) is an ingenious device on various types of aircraft, primarily being used during emergencies to power critical systems when the main engines or generators fail. A RAT operates on the principle of harnessing the kinetic energy from air during forward movement, converting it into mechanical power that drives a hydraulic pump or an electrical generator. This conversion process hinges on the speed at which the aircraft is moving, as airflow dynamics directly impact the turbine's ability to generate power. Consequently, understanding the minimum speed necessary for a ram air turbine to function effectively is vital for both pilots and aerospace engineers. Read more >>

As marvels of modern engineering that allow us to fly at incredible speeds through the sky, aircraft give us the opportunity to reach destinations we never thought possible. However, despite being safe and highly praised modes of transportation, these vessels present some unique challenges for the individuals operating them. As such, one critical aspect of aircraft design involves incorporating mechanisms to ensure safety, stability, and control during various flight phases. Of all the features on aircraft, two of the most essential are aircraft spoilers and speed brakes, both of which play a crucial role in enhancing vessel performance and the overall flying experience. To better understand how aircraft spoilers and speed brakes work, this blog will outline each in more detail. Read more >>

When it comes to securing threaded fasteners to various assemblies, washers regularly play a crucial role in distributing loads and preventing damage to the surface of a workpiece. There are many types of washers that exist to accommodate a diverse set of needs, two common types finding use in various industries being flat washers and dimpled washers. Although the two hardware components serve a similar purpose, there are distinct differences between them. In this blog, we will discuss flat and dimpled washers in more detail, covering their characteristics and applications so that you can best make a purchasing decision. Read more >>

Industrial knobs are generally categorized by the material used to produce them. As such, there are plastic knobs, stainless steel knobs, aluminum knobs, and various others on the market. Deciding between the wide range of options available depends on how you are planning to use them. For instance, some knobs are better-suited for tightening, while others are ideal for fastening and pulling applications. Nonetheless, the one material type that is often preferred for an array of uses is aluminum. In this blog, we will outline the top six benefits of aluminum knobs, allowing you to understand why they have become a go-to choice. Read more >>

Planetary gearboxes are special motion control tools typically used by vehicles as an essential piece of automatic transmission equipment. Specifically, planetary gearboxes are a form of gearbox where the input and output have the same center of turning. This formation has several gears spinning in one direction and “orbiting” an interior gear, giving planetary gearboxes their name. This blog provides a short overview of planetary gearboxes, so that way you can best make an informed decision when considering multiple components for your assembly. Read more >>