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The efficient procurement of maintenance, repair, and overhaul (MRO) components plays a critical role in ensuring flight safety and airworthiness for operators ranging from individual aircraft owners to larger, commercial airlines. Nevertheless, sustaining dependable supply chains for aviation components is often a complex and ongoing challenge, particularly when products need to be sourced from numerous manufacturers that may be situated across the globe. This blog explores key obstacles affecting MRO logistics and outlines proven strategies that may help address these challenges effectively, so read on to learn more.
Learn MoreFederal Supply Classes (FSCs) are an essential element of many procurement operations across the globe, streamlining the sourcing and management of a vast range of items by providing a standardized means of identifying and grouping similar items based on their application or attributes. Managed by the United Stated Defense Logistics Agency (DLA) and the General Services Administration (GSA), there have been many FCSs established over the years to account for the plethora of items that are traded daily across supply chains. In this blog, we will specifically introduce readers to FSC 1735, a class that comprises space vehicle handling and servicing equipment, covering everything from common part types to important purchasing considerations.
Learn MoreMilitary aircraft are powerful vehicles, often being capable of reaching speeds, performing flight maneuvers, or carrying loads that would not be possible by standard models. From the stresses of general operation to the extreme environmental conditions often present during use, many structures of these aircraft will face significant wear and tear over time. While all major elements of a particular vessel are crucial for its ability to carry out flight, it is especially important to give special attention to braking systems that are necessary for takeoff, landing, and ground operations. These systems are regularly subject to increased wear as a result of their specific use, necessitating regular care and repairs to uphold efficiency and safety. This blog will provide a guide to common issues in braking systems, their diagnosis, and preventive maintenance strategies, so read on to obtain insights that can benefit any operator or technician responsible for maintaining military aircraft.
Learn MoreWhen it comes to securing objects or compartments in various industries, rubber latches play a pivotal role, these versatile and robust mechanisms being designed to provide a secure yet flexible means of fastening. Whether one is involved in automotive, marine, or industrial sectors, understanding rubber latches can enhance the efficiency and safety of operations. In this blog, we will delve into the realm of rubber latches, exploring their types, applications, and essential details.
Learn MoreIn the realm of aviation, aircraft reciprocating engines play a vital role in propelling airplanes through the skies. These engines, also known as piston engines, have been a fundamental power source for aircraft for many decades. To better understand these complex powerplants, we will delve into their intricacies, their components, and how they function to generate the necessary power for flight.
Learn MoreThe many systems within aircraft can be confusing; however, it is important to understand the function and significance of each system. This blog will delve specifically into the purpose of aircraft bleed systems, or engine cooling systems that release hot air from aircraft. Excessive heat poses many threats to engines, fuel systems, and flight in general, so cooling systems serve the purpose of significantly reducing temperatures within aircraft. Air bleed systems are alternative solutions to liquid coolants used in turbine engines to reduce temperatures. Unlike liquid cooling systems, reciprocating engines rely on air bleed cooling systems to transfer heat from the engine’s cylinders into the surrounding air. Without a cooling system in place, cylinders can overheat, causing combustion to occur too early.
Learn MoreSince the earliest days of aviation, one of the most challenging technical aspects to overcome has been the landing phase. As aircraft's capacity and technology have continued to improve, so has the demand placed upon the landing systems due to increased airspeed and weight. One mechanism that has played a significant role in modern landing systems is the thrust reverser, which can immediately be implemented after touchdown to slow the plane in a short time. In this blog, we will discuss everything you need to know about this critical landing technology, including its design and application.
Learn MoreThe engine of an airplane is a powerful and sophisticated machine. Though airplanes are built to travel in any circumstance and through the worst weather conditions, they demand proper maintenance and care. A cold start is one of the most dangerous situations in an aircraft engine's life. It can cause more wear than 500 hours of flight for any piston aircraft powerplant. The situation is so delicate that one cold start could potentially cause major failures and hazards just after takeoff.
Learn MoreAircraft engines experience the brunt of excessive heat, sourcing from a number of other components in the engine assembly. High engine temperatures can lead to a loss of power, excessive oil consumption, detonation, and eventually, engine failure. The heat generated by aircraft engines and their related components should be directed away through some type of cooling mechanism, ensuring the aircraft’s reliability and extended service life. In this blog, we will be covering some of the most common cooling systems implemented in aircraft, their features, and how they work.
Learn MoreAircraft commonly undertake large amounts of stress during standard flight operations, necessitating the need for regular inspections and maintenance. When repairs are conducted, aircraft jacks are essential ground support equipment that allow for the aircraft to be lifted and secured as needed to conduct numerous processes. There exist four common hydraulic jack types that one may use, those of which are the bipod, tripod, quadruped, and axle types. While the tripod and axle jacks are the most popular, all have their own benefits which can make them advantageous for certain operations.
Learn MoreWhen procuring the various aircraft parts that you need for your operations, one may find that there are numerous types of part conditions that are listed alongside products. Generally, these include factory new, new material, new surplus, overhauled, serviceable, as removed, and refurbished conditions, all of which are very important to know prior to making a purchasing decision. This is because there are major differences between some conditions, and there may be times when a certain part condition must be used to fulfill a particular requirement. In this blog, we will discuss each of the common conditions for aircraft parts, allowing you to ensure that you always procure exactly what you require.
Learn MorePiston engine aircraft are often compared to automobiles in their basic construction, both having shared similar engine types and piston powered operations over the years. Like automobiles, piston aircraft also feature gears, allowing for the engine speed to be changed or synchronized to the propeller speed. Gears are a part of a gearbox, and there are many types of gearboxes that may be found on a typical piston aircraft. In this blog, we will provide a brief overview of the most common gearbox set types, allowing you to best understand their importance and implementation in piston powered aircraft.
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