Logistics 3Sixty Blogs

Retaining rings are essential components used in many mechanical systems to secure parts in place, often acting as a shoulder to hold bearings, gears, or other components on a shaft or inside a housing. Finding use across automotive, aerospace, and industrial settings, retaining rings come in numerous designs to suit specific applications and needs. In this blog, we will provide an overview of some of the most common options on the market and their respective uses, helping you determine the best option for your requirements.

Landing gear plays a crucial role in aviation, serving as the principal support system for aircraft during takeoff, flight, and landing. Therefore, having a comprehensive understanding of it is essential for aviation professionals and enthusiasts alike, so read on as we discuss the components, types, maintenance needs, and emerging technologies associated with landing gear.

In the realm of mechanical engineering, it is imperative to understand the differences between components and their subtle variations in order to properly and efficiently operate machinery. One such critical point of differentiation is between ball bearings and roller bearings, which are fundamental parts that support rotational motion in countless industry applications. In this blog, we will discuss the differences in the design and operation capacity of these bearing types, ensuring that you find the right fit for your needs.

Audio transformers are essential components for many forms of electronics and audio equipment. They play a crucial role in transmitting and converting electrical signals between different devices, ensuring that the sound quality remains clear and interference-free. In this blog, we will explore what audio transformers are, how they work, and their significance in various audio applications.

Aircraft exhaust systems play a crucial role in the overall performance and safety of an aircraft. While they are responsible for expelling hot gasses and byproducts generated during engine operations, it is essential to understand the direct effects that exhaust can have on flight safety. In this blog post, we will explore the potential impact of aircraft exhaust, focusing on the importance of heat deflectors and the role of fasteners and rivets in promoting safety.

While only used for a fraction of time during flight, an airplane’s landing gear often endures the harshest treatment of any equipment on board. The wheels not only support the full weight of a plane’s payload, but they must also be equipped to handle sudden contact with the runway during touchdown, as well as aggressive stops at high speeds. Coupled together, these factors expose the wheels to high heat and stress that wears them out over time. As such, extensive engineering has been put into determining how many wheels are adequate to effectively support the aircraft while reducing its overall weight. You may ask yourself, “How do manufacturers determine the number of wheels an aircraft needs? This article will answer this question by providing a short guide for understanding landing gear wheels.

While most of an aircraft is already sealed off from weather phenomena by nature of being a fully enclosed space, if you look closely, you may spot several rain gutters. Rather than keeping water from pooling anywhere on the vessel, these gutters are mainly used to direct water away from doors and other access points. Unlike other rain gutters, those on aircraft are much smaller and thinner so that they will not interfere with the aerodynamics of the vessel. Nevertheless, these thin gutters are effective at guiding rainwater away from entrances.

Retaining rings are ring-shaped fasteners that are designed to fit onto shafts or bores to help keep machinery parts in place. Typically consisting of a small metal ring, these fasteners are some of the most common devices you will find in industrial machinery, vehicle construction, and more. Consequently, to suit a myriad of applications, they come in several different materials, sizes, and styles. With so many variations to choose from, here is a helpful set of tips you may reference to help find the best retaining rings for your assembly.