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Aircraft gearboxes are engineered to convert, manage, and distribute mechanical power between engines, rotors, generators, and other interconnected subsystems. Specifically, these assemblies play a vital role in adapting torque levels, controlling RPM outputs, and redirecting rotational force to align with dynamic flight system requirements. In this blog, we will examine how aircraft gearboxes contribute to system functionality and long-term reliability through their design, in-flight operation, and maintenance procedures, providing important information for those in the industry.
Learn MoreFinding the right connector solutions can be a complex task, requiring an individual to be aware of the various connector types, power ratings, connector genders, and more. While choosing the right connector is important, so too is having a connector with ample protection. For the safety of a connector, its contacts, and cable, accessories known as backshells are commonly added for reducing environmental and mechanical stress. There are a variety of backshell types, each of which may cater towards certain applications or environments that they excel in. To help you best understand the importance of such connector components, we will provide a brief overview of their functionality, uses, and types.
Learn MoreWhether an aircraft is very old or a brand-new model, regular servicing is paramount for all vessels to ensure that they are airworthy and safe for flight. The service lives of aircraft components can be cut short by a variety of factors, ranging from improper installation to overheating which results in damage. Regardless of the causation, damaged components can detract from aircraft performance or make operations hazardous as other assemblies become affected. To avoid the costly maintenance procedures needed during an AOG situation, it is beneficial to implement regular inspection intervals to minimize the chance of an unforeseen issue.
Learn MoreFuel is paramount to the operation of an aircraft, allowing for an engine to produce propulsion through the combustion of fuel and air mixtures. While there is a heavy focus on the distribution and combustion of aircraft fuel, much attention is also given to how aircraft fuel may be stored. This is because storage affects the ability of an aircraft to supply an engine with fuel and its performance as well as ensures the protection of pilots, crew members, and passengers.
Learn MoreWhile flying an aircraft, it is important that pilots are provided with ample control over the various axes of the vehicle for the means of changing its orientation and direction. When an aircraft moves across the lateral, longitudinal, and normal axes, it is known as pitch, roll, and yaw respectively. In order for the pilot to manipulate pitch, roll, and yaw at any point during flight, they utilize the primary control system which consists of movable control surfaces, cables, and rods that all link back to the cockpit.
Learn MoreWithin commercial construction, material handling, and other industries in which large and heavy objects are transported, rigging equipment is always involved. Coming in the form of cranes, hooks, shackles, wire ropes, and other similar equipment pieces, rigging hardware allows for workers to transport materials in a much safer and efficient way as compared to more manual means. With the benefits that rigging equipment can bring to a workplace, one should always be aware of common devices and how they are used when working in such industries.
Learn MoreFor a combustion engine to operate efficiently and smoothly, it needs to determine engine loads so that it can accurately carry out fuel injection, combustion, and transmission shifting. With an electronic component known as an air flow sensor, the amount of air moving through the engine’s intake manifold is measured. As a key component of the electronic fuel injection system, the airflow sensor is paramount to executing correct timings and calculations for the automobile combustion engine.
Learn MoreDuring training, pilots learn all about aircraft equipment such as the airspeed indicator, fuel gauges, engine instruments, and other equipment needed for FAA certification. Students will also learn about the required equipment list - the equipment required by the manufacturer for specific operations. But what about the pilot’s personal equipment? Whether a flight is short or long, it is never advisable for a pilot to take off without his or her personal gear. As such, it is recommended that pilots create a personal required equipment list. To do this, a good place to start is to take a look at all the items in your flight bag. These items will cover the basics, but for IFR (instrument flight rules) flight, you will likely need a few more items. This blog will cover seven of the most important personal effects every pilot should bring with them on a flight.
Learn MoreCorrosion is a natural process where a material (usually a metal) degrades due to chemical and/or electrochemical reaction with their environment. Like any metal object, aircraft can fall victim to corrosion. Just a few years of corrosion can leave a plane unairworthy and cost a huge sum of money to fix. As such, aircraft operators employ a number of corrosion prevention methods. This blog will cover the types of corrosion aircraft face, as well as a few ways to prevent it from occurring.
Learn MoreSince the advent of electronics, constant advancements to electronic components have significantly changed our capabilities of harnessing electrical current for various applications. Relays in particular are electromechanical devices that are present in numerous devices, providing an indispensable role for many systems. Despite their simplistic design, relays are capable of amplifying currents, controlling circuits, refreshing signals, and more. As such, understanding their functionality and the common types of relays available can be highly beneficial when operating with electronics.
Learn MoreAircraft fuel systems are engineered to perform a range of critical tasks that collectively ensure safe and efficient engine operation throughout all phases of flight. These systems rely on specialized components to manage flow and pressure, facilitate continuous monitoring and safety signaling, and preserve fuel containment under varying environmental and structural demands. In this blog, we will explore how key aircraft fuel system components contribute to these functions and why their performance remains essential to maintaining airworthiness and operational reliability.
Learn MoreThe Boeing Business Jet (BBJ) series of aircraft are business jets designed and produced by Boeing Commercial Airplanes. From the years between 1998 to 2018, over 230 units have been manufactured for a variety of operators. The BBJ3 is a variant of the BBJ base model, developed from the Boeing 737-900ER. As compared to the BBJ base model, the BBJ3 variant features a 35% cabin volume increase, expanding the length of the aircraft by 28 feet.
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