In order for modern flight operations to uphold peak safety and efficiency, it is necessary for pilots to have accurate weather awareness for flight planning, route adjustments, and more. One of the most important tools pilots use to monitor weather conditions in real time is the airborne weather radar system, such technology offering critical information about precipitation, turbulence, storm activity, and beyond, allowing flight crews to avoid hazardous conditions and maintain smooth, secure operations. To help readers better understand the role of weather radar systems in civil aviation aircraft, we will discuss their functionality, main technologies, common data points, and more. Read more >>

Since the dawn of aviation, wings have remained a defining feature of fixed-wing aircraft with their use in designs predating the Wright brothers' first successful powered flight in 1903. These aerodynamic surfaces are a cornerstone of modern aviation, providing the essential lifting force that enables heavier-than-air vehicles to ascend, maneuver, and remain aloft. In this blog, we will explore the core principles behind aircraft wings and their essential role in providing the mechanics of flight, offering readers a clearer understanding of how such grand vessels are able to defy gravity. Read more >>

Federal Supply Classes (FSCs) are indispensable for streamlining the procurement and management of a vast array of items, especially within the aerospace industry. This is because FSCs are part of a standardized classification system that serves to group items with similar characteristics or uses together, simplifying trade on a global scale. This blog post will specifically serve to introduce readers to FSC 2620, a class which covers aircraft pneumatic tires and tubes. Read more >>

When designing the mechanical systems that are present in aircraft and other aerospace applications, there is often a grand importance placed on ensuring that the movement of parts is carried out smoothly with ample precision. To satisfy this need, many assemblies take advantage of gas springs to exert controlled force. Read more >>

Thrust reversal, sometimes called reverse thrust, is a critical aspect of modern aviation that significantly enhances the safety and efficiency of aircraft operations. While not all aircraft will feature reverse thrust capabilities, it is important for pilots and operators to be familiar with how it works. This blog will explore the concept of thrust reversal, delving into the different types employed in aviation and discussing its practical applications. Read more >>