Fundamental to the safe and efficient operation of various systems on an aircraft are specialized cables. Central to the control and functionality of engine and system components, such cables perform the role of transmitting mechanical forces across an aircraft to ensure that pilots can govern various systems and manage the aircraft during flight. Given the importance of aircraft control cables, it is crucial for any pilot, maintenance technician, or enthusiast to understand the different types used in aviation, their unique features, and specific applications.
Steering an aircraft on the ground is a complex task that requires careful control and coordination between the pilot and possible ground crew. Unlike automobiles on the road, aircraft utilize a variety of unique methods to maneuver safely and effectively on the ground. Understanding these methods is essential for safe and efficient ground operations, so read on as we discuss the use of various flight surfaces and controls that contribute to an aircraft's ability to navigate on taxiways, runways, and parking areas.
Ground Power Units (GPUs) are essential in aviation and aerospace industries. They provide the necessary electrical power needed to aircraft on the ground, saving fuel and reducing wear and tear on aircraft engines. These units are critical, especially when an aircraft's engines are not running and its auxiliary power unit (APU) is not in use or unavailable. With this in mind, understanding the working principles and functionalities of GPUs can offer insights into their importance and versatility in various applications.
In construction and civil engineering projects, ensuring the stability and overall structural integrity of buildings and structures is paramount. As such, anchor bolts play a crucial role in securing and anchoring various components to concrete or masonry surfaces, with a particularly essential element known as the anchor bolt sleeve. In this blog, we will explore the concept, function, and applications of anchor bolt sleeves so that you can best find a solution for your needs.
Flaps are an integral part of an aircraft's wing design, serving various purposes that significantly impact flight performance and safety. As movable surfaces that can be extended or retracted from the trailing edge of the wing, they play a vital role in enhancing an airplane’s performance during takeoff, landing, and other critical phases of flight. To better understand these aerodynamic devices, we will delve into the functions of wing flaps, as well as their influence on aircraft operations.
In the realm of aviation, an attitude and heading reference system (AHRS) is an important element of many modern aircraft designs, allowing for attitude information related to roll, pitch, and yaw to be offered to pilots and flight systems alike for more efficient and safe operations. While some aircraft models achieve these readings through the use of inertial measurement devices such as gyroscopes, the consistent upgrades and advancements made to AHRs over the years has allowed them to be a very beneficial option that is compatible with flight deck displays, flight controls, and other such aircraft systems.
Roller bearings are essential components in machinery that facilitate smooth rotational motion between multiple parts. Though they are relatively inexpensive to purchase, the failure of even one of these bearings can add up to hefty costs in repairs if not used effectively. As such, it is essential to know the various factors that could cause bearing malfunction and maintain your assemblies accordingly. To learn more about these factors including how to best prevent them, read on as we discuss some key ways to safeguard your bearings from potential damage.
When operating aircraft with gas turbine engines, a starter unit is often required to help the engine attain the self-sufficient speeds necessary for standard operations. Start units come in a variety of types, and they are all considered Ground Support Equipment (GSE) as they are operated by airlines and ground handling agencies that utilize the unit during the final boarding procedures before departure. One of the most common types of unit is the air start unit (ASU), that of which may be found at most airports across the globe. In this blog, we will discuss the general design and functionality of the air start unit so that you can better understand its importance.
Stalling is a condition that no pilot wants to face, referring to an instance where an aircraft surface is not able to maintain smooth airflow, resulting in a decrease in lift. Stalls may occur through various means, and they are a hazard as they cause aircraft to sink in the atmosphere when there is not enough lift to overcome weight. While stalls are most often faced by the main wings of an aircraft, they can also occur around the tailplane. While tailplane stalls are not often discussed, they present a major threat to pilots and passengers. As such, having an understanding of how they come about, and how to recover from them, is highly important to maintaining safety across flight operations.
Radio frequency (RF) technology is an integral part of modern aviation, encompassing anything from advanced communication equipment to onboard entertainment. As RF technology is employed in many sectors of aviation, this blog will cover some of its most critical applications and how it has made air travel easier.
When working with fluid applications such as plumbing, it is paramount that ample flow management is in place to ensure that all materials move exactly how they need to through a system. One undesirable issue that may be faced in a system is backflow, that of which is when materials begin to move in the opposite direction as a result of pressure changes. While this takes away from steady performance, the backflow of substances may also lead to clogging, excess pressure, and other issues like contamination. As such, one should always take advantage of components that prevent backflow, such as a backflow preventer or check valve. While both of these devices operate on the same principle, their overall objective differs, making it important that one understands their differences and distinct applications.
While modern aircraft often have the tools and equipment required for instrument flight rules (IFR) for instances in which a visual reference is not safe, it can be highly beneficial to maintain sight out of the vehicle when possible. During conditions such as heavy rain, beadlets of water can gather up on surfaces, possibly obstructing the pilot’s view outside of the windshields. To remedy such issues, aircraft feature various forms of windshield wipers and systems.
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