Fighter jets represent the pinnacle of speed, precision, and agility in modern aerial warfare, serving as critical assets for military forces to secure control over contested airspaces. Their importance in national defense strategies around the world cannot be overstated, as they provide the capabilities necessary to outmaneuver and outgun opposing aircraft while operating in some of the most extreme and demanding environments in aviation. For those looking to understand exactly what sets fighter jets apart, we will delve into all the basics of fighter jets in this blog, highlighting the motivations behind their design and the features that support their high-speed, high-risk missions.
Learn More >>Twin-fuselage aircraft designs have captured the imagination of aviation enthusiasts and engineers alike for decades, being notable for having two parallel fuselages that are connected together by a wing-like structure. This unique configuration has been utilized in various experimental and operational aircraft throughout history, a result of the distinct benefits that it provides for certain needs or applications. In this blog, we will explore the twin-fuselage design in brief detail, covering historical examples, typical advantages and disadvantages, and more.
Learn More >>Globe valves are indispensable in various industries, engineered to provide precise throttling in scenarios where accurate flow regulation is essential. In this blog, we will discuss the design and various types of globe valves, illustrating the versatility and utility of these components in different operational environments.
Learn More >>In the vast and dynamic aviation industry, two primary aircraft types dominate the skies: piston aircraft and jet aircraft. While serving a similar role, each possesses distinct characteristics and capabilities that cater to diverse needs and applications. As such, understanding the differences between these two aircraft types can greatly influence your choice based on factors such as performance, maintenance, and fuel efficiency.
Learn More >>With their gleaming digital displays and cutting-edge technology, glass cockpits have established themselves as the exciting future of aviation. They embody the present and future of aircraft cockpits, much like how large infotainment systems are the present and future of car cabins. Glass cockpits are quickly becoming the standard for many aircraft, leaving little room for conventional setups. Yet, amidst the allure and innovation of glass cockpits, conventional cockpits offer a set of distinct advantages that continue to create a demand. In this exploratory piece, we will delve into the intriguing choice between these two cockpit configurations, examining their unique attributes and the considerations that continue to shape the aviation landscape.
Learn More >>The PCB assembly process is an important part of aerospace manufacturing that involves the placement of various circuits and electrical components onto a printed circuit board (PCB). As one of the core parts of modern electronic systems, PCBs are commonly used in aerospace applications to support the thousands of electronics employed on board aircraft. As such, there are key aspects to keep in mind when assembling PCBs, including evaluating their durability within harsh working environments. In this blog, we discuss the factors which operators consider during this process and the future of PCB assembly.
Learn More >>Gaskets and seals used in aerospace systems and equipment must be of superior quality and adhere to a high standard of production. Generally, they are found in an array of aerospace applications including radars, antennas, lighting, access panels, electrical conductivity, pressure sealing, and more. Because of their many uses, choosing the right aerospace gasket is essential. Apart from ensuring you select the correct gasket for your application, you must make sure it meets your criteria and performance parameters.
Learn More >>In order to keep up with the many flights that happen each day, airports operate with very little downtime. As soon as an airplane lands and reaches the airport gate, airline staff and ground handling agencies start preparing the aircraft for its next departure. Combining airport ramp operations, ground handling, and ground support equipment, these constant operations can end up being very expensive. So, in order to increase cost savings, many airlines work to streamline and maximize the efficiency of their ground handling equipment. In this article, we share some of the ways in which airline operators may lower costs and get the most out of their airport ground support equipment (GSE).
Learn More >>In the aviation and aerospace industries alike, the use of electronics on board has skyrocketed to match improving technology. Though these systems are less visible than jet propulsion technology or airplane wings, they are just as crucial for making spaceflight possible. As such, the electronic systems on board range from propulsion system monitoring and flight control to internal and external communications. To find out more about the use of electronic systems in the aerospace industry, read on as we discuss some of the major functions they fulfill.
Learn More >>Gas turbines are the most common method used to power modern aircraft and generate thrust. As a form of combustion engine, gas turbines typically consist of a centrifugal air compressor, combustion chamber, and a large turbine which is rotated by the force of expanding gas during combustion. To safeguard the combustion process from potential faults, there are several control systems at work in the engine. These control systems include the lubrication of the oil system, and fuel system, alongside the fire, gas detection, and suppression system. Such systems come with their own set of processes which will be covered here, along with some helpful information for buying gas turbine system parts.
Learn More >>O-rings find use in countless applications for being simple sealing solutions. Not only do they seal moisture and environmental contaminants out, but they also separate surfaces to prevent friction, and keep in essential fluids/lubricants. Despite their general simplicity, O-rings used in the aerospace sector display an unexpected level of complexity that should be factored in when making a purchasing decision.
Learn More >>Ground Power Units (GPUs) belong to a category of tools and instruments called Ground Support Equipment (GSE). GPUs in particular are used for aircraft to supply power to airplanes when parked on the runway. When aircraft are stationed in a hangar, GPUs serve as critical workhorses, allowing various maintenance operations to be carried out. Each aircraft GPU delivers a specific amount of power through the use of a standard electrical system, battery pack, and gas, diesel, or small turbine engine. To better understand the function of GPUs, we will outline some varying types and their unique features.
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