Distribution 3Sixty Blog

How Are Dialight Lighting Components Designed for Reliability?

Within electrical systems, the proper isolation and containment of current is absolutely vital for safe operation. This is the role electrical insulators play, their importance leading to the creation of their own dedicated Federal Supply Class (FSC) 5970. In this blog, we will discuss FSC 5970 by going over the breadth of items that fall within it and the unique applications they each serve.

Windshield wipers may not be the first thing that comes to mind when considering the complex systems that ensure the safety of an airplane, but they play a critical role in facilitating visibility for pilots during adverse weather conditions. In contrast to those used on automobiles, the wipers on aircraft are more robust and specifically engineered to perform under the harsh environments experienced during flight. In this blog, we will explore the importance of windshield wipers on airplanes, including their functionality, design, safety requirements, and future innovations shaping their development.

Aircraft in flight are subject to various atmospheric conditions as they traverse high altitudes, one common occurrence being static electricity. Static electricity can pose a potential risk to an aircraft and its electrical systems, one critical component designed to mitigate effects being the static wick.

Adverse yaw is a phenomenon in aviation that can significantly impact the control and stability of an aircraft. Therefore, understanding how adverse yaw is created and controlled is essential for both pilots and aviation enthusiasts. This blog will delve into the mechanics of adverse yaw and explore the methods used to manage this issue effectively.

Pulleys have been integral components in various mechanical systems for centuries, contributing to the efficiency and functionality of machines in terms of power. To comprehend the intricate nature of pulleys, it is essential to delve into their fundamental working principles and the key components that make them indispensable in the realm of mechanics. Read on as we discuss this subject in more detail, allowing you to determine if pulleys are the right solution for your needs.

When you think of an airplane, you likely picture a sleek fuselage with wings stretching out on either side. Despite such structures being crucial for flight operations, hidden beneath the aircraft's exterior lies a critical component that is often taken for granted–the wheels found on landing gear. The number of wheels featured on an aircraft is a fascinating aspect of aviation, and it plays a pivotal role in ensuring safe takeoffs and landings. In this blog, we will explore the question of how many wheels the average aircraft has while diving into the intricacies of landing gear design.

When it comes to ensuring the safety of an aircraft, one crucial component that is often taken for granted is the aircraft braking system. The brakes on an airplane play a vital role in allowing pilots to control the speed of the vehicle during landing, taxiing, and even while conducting takeoffs. In this article, we will delve into popular aircraft braking systems, discussing how they work to keep passengers safe.

Beginning with the stopwatch, anemometer, and tachometer on the Wright Flyer, aircraft instruments have gone through many significant changes to get to where we are today. A quick look at the modern “glass cockpit” shows how great of an impact that improving technology has had on the systems we use to monitor altitude, air pressure, wind speed, and more. However, at their core, many of these instruments function based on the same working principles as their earliest versions. In this blog, we present some insight into the various types of aircraft instruments you will find in your cockpit, along with some basic information about repair and replacement options for each.

The wings of aircraft feature a number of equipment which improve lift and overall flight conditions, one of them being Gurney flaps. Gurney flaps are the smallest devices on aircraft wings, but not all aircraft feature them, despite the fact they help many models requiring high lift. When in use, these tab-like devices are positioned on the trailing edge of aircraft wings at a 90 degree angle. While the aircraft is in flight, Gurney flaps increase the air pressure on one side of the wing, while the pressure is reduced on the opposite suction side.