Aerospace, Aviation and Connectors Blog

In countless aerospace systems, actuators are essential for converting energy into precise mechanical movement. Given the demanding performance and reliability standards of flight control surfaces, landing gear, engine components, and the other areas they are commonly implemented, actuators must be carefully selected to balance power efficiency and weight constraints. Read more >>

Aircraft fuel systems are composed of various interdependent components that regulate pressure, maintain flow stability, and preserve thermal integrity across all phases of flight. These systems are often expected to reliably perform under constantly shifting demands, where fluctuations in altitude, temperature, and engine load can directly impact flight performance. In this blog, we will explore several essential aerospace fuel system components that support clean combustion and operational safety, so read on to learn more. Read more >>

Many modern aircraft cockpits feature sophisticated avionics and control systems, which can be challenging for pilots to interpret quickly and accurately if proper resources are not provided. In response to these operational complexities, human-machine interfaces (HMIs) have emerged as a key focus of cockpit design, as they can streamline communication between pilots and systems to enhance usability. This blog will delve into how HMIs can enhance situational awareness, improve flight efficiency, and support pilot workload management within diverse aviation environments. Read more >>

Though most aircraft are built to launch without any external help, there are certain scenarios where a runway may be too short for conventional takeoffs. This is where aircraft launching equipment comes in, playing a unique role in naval aviation and other specialized applications where aircraft need to take off from limited spaces. In this blog, we will explore how some of the most notable types of aircraft launching equipment work, discussing their advantages and limitations for their use. Read more >>

Turbine blades play a large role in the optimal performance of turbine-driven systems, influencing thrust production, fuel consumption, and overall engine life. Their design is also a complex balance between maximizing performance and minimizing potential damage from factors like extreme temperatures and high rotational speeds. To better grasp how turbine blades achieve this, it is essential to understand critical design features like the root, shroud, and airfoil, which we will delve into in this blog. Read more >>

Bearings are critical components that serve to reduce friction between the moving parts present in many mechanical systems. Among the many subtypes of bearings available on the market, self-aligning bearings stand out for their unique ability to accommodate misalignment, ensuring optimal performance even in challenging conditions. This guide will provide an in-depth overview of self-aligning bearings, including how they work, their applications, and the advantages and drawbacks of various types. Read more >>

In the realm of fasteners, two types of screws often find themselves at the forefront of operations: self-tapping screws and thread-cutting screws. Both play crucial roles in countless applications, but understanding where they vary is essential for selecting the right fastener for the job. In this blog, we will discuss the differences between self-tapping and thread-cutting screws so you can most effectively choose the right kind for any situation. Read more >>

In the realm of electrical circuits, capacitors play a crucial role in storing and releasing electrical energy. Among the various types of capacitors, the paper dielectric capacitor holds a significant place. With its unique composition and properties, this reliable capacitor performs in numerous electronic devices. In this article, we will explore the world of paper dielectric capacitors by shedding light on their construction, functionality, and applications in electrical circuits. Read more >>

As the most common type of rotary-wing aircraft, helicopters come in a large variety of designs to suit different environments and applications. One major way to differentiate the types is by the number of engines they employ to run the main rotor blades and other powered components. As a key safety feature, using multiple engines is often required for flying over certain areas; however, one should not discount the benefits of a single-engine design. To learn more about the key differences between these two varieties, read on as we discuss some major considerations. Read more >>

Unlike fixed-wing aircraft, rotary-wing aircraft are unique in their ability to fly in any direction, including being able to fly vertically and hover over land. However, to safely navigate and steer these vehicles, it is crucial to have control over the direction of flight. As helicopters are the most common example of rotary-wing aircraft, this blog will explore the mechanisms and controls used to manage the direction of flight for such vessels. Read more >>

For a majority of passenger aircraft that feature turbine engines, cabin oxygen and heat is provided by engine bleed air. This pressurized air is extremely hot before entering the cabin, making it essential that it is cooled as necessary for comfort. While air conditioning is often considered a luxury in other settings, it is absolutely essential in many aircraft to ensure that the air supplied for breathing is treated for safety, quality, etc. In this blog, we will discuss the various parts that make up aircraft air conditioning systems, allowing you to have a better understanding of how cabins are supplied with breathable air. Read more >>

Unmanned aerial vehicles (UAV) are a quickly advancing technology, finding use in applications ranging from hobbyist projects to military operations. While many consumers are familiar with the small drones that may be purchased from a retail store for private use, drones can widely vary in their size and construction to accommodate a number of needs. Rotary-wing UAVs are quite popular, and they come in types like monocopters, single-rotor UAVs, twin-rotor UAVS, and multi-rotor UAVs. In this blog, we will discuss each rotary wing subcategory in brief detail, allowing you to be more familiar with the common options on the market. Read more >>