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Bearings enable components to move together smoothly while offering both support and alignment. Linear bearings, in particular, support the load of a carriage while providing a low friction surface for guide rails to slide against. Guide rails are fitted and inserted into the linear bearing while the carriage travels back and forth along its length. Linear bearings feature either a rolling element or fluid device to reduce friction, and they ensure superior mounting, additional precision, and smoother motion. Because of their positive capabilities, they are often found in 3D printers, sliding doors, and many automated applications in which guiding rail motion is necessary.
When machinery, devices, and other such assemblies feature moving parts, it is important that there are means to control said movements and a solution in place to deter the effects of friction and rubbing that may result from operations. Whether motion comes in the form of linear sliding or rotary movements, components such as aviation bearings and bushings may be used to accommodate high speeds while mitigating stress. While bushings are technically a form of bearing, they slightly differ in their features and capabilities. As such, we will provide a brief overview of each component so that you can have a better understanding of what may work best for a particular need.
Aircraft often rely on nearly a million fasteners that play a vital role in preserving the structure of the whole vessel. Though these small components may not be as complex as a jet engine or propeller, they must be similarly equipped to handle the tough working environment on board an aircraft. As such, it can be very beneficial for aircraft owners and operators to have a well-rounded understanding of the various types of fasteners used and what qualities they need to work effectively.
An important part of being a pilot is acquiring a detailed understanding of every single part of an airplane. In fact, student pilots are expected to know the role of various features, parts, systems, and components, as well as where they are located and why they are important. Airplane jumpseats serve as just one example of an aircraft feature that is often misunderstood but is incredibly important to become familiar with.
Aircraft are equipped with numerous types of emergency equipment that comes in handy when an unforeseen or emergency situation necessitating immediate action presents itself. For the operational safety of the aircraft and the protection of the passengers and crew, emergency equipment can save the day when unprecedented circumstances arise. It is worth noting that accidents involving commercial passenger flights are rare. In fact, commercial air travel is considered the safest mode of transportation on the planet, bypassing cars, boats, bikes, and more. This is especially the case for American airlines, which are recognized as being the safest among global operators.
While there are a number of aircraft designs and types that cater to a diverse set of applications, most can be grouped together in a few ways. One method of classifying aircraft is whether they feature a single engine or multiple, and prospective pilots will often operate both on their way to earning a license as they can be somewhat different from one another. In this blog, we will discuss the differences between piloting single-engine and multi-engine aircraft, allowing you to better understand what it takes to operate each type.
Aircraft on the ground may appear to have a straight set of landing gear wheels that are flat to the surface they are on Upon closer look, however, during takeoff or before landing, you will notice that the landing gear is regularly tilted. Often configured in this manner for practical storage rather than for any technical landing aspects, tilted landing gear fits perfectly into its storage compartment in the fuselage.
Manufacturing aircraft parts requires perfection and precision, as the smallest of errors can have catastrophic consequences. To ensure that products meet the highest quality standards of airworthiness, manufacturers must adhere to strict quality control guidelines and procedures. This process includes everything from testing materials to inspecting finished products.
Pilots are expected to have thorough knowledge of all the instruments and indicators within the cockpit to safely fly, steer, and land their aircraft with minimal fuel expenditure. Furthermore, pilots should also be equipped with the awareness to recognize any sudden failures or malfunctions reflected by indicators to minimize risk and avert a crash to the best of their abilities.
Business aircraft are designed for the transportation of small groups of individuals, often being used for business operations and endeavors. Nevertheless, they can be adapted for other roles as well, sometimes aiding in the evacuation of casualties, delivery of parcels, and much more. Just like any other type of aircraft, business jets need to be inspected and maintained on a regular basis, the most intensive of these inspections being an aircraft overhaul. With an overhaul, business aircraft undergoing the MRO process can be brought to a condition that guarantees their airworthiness and reliability.
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