ASAP Parts 360 Blog

One of the most noticeable differences when comparing aircraft design is the wing. Aircraft wings are an essential component as they are the primary surface that generates lift. Several types of wings are commonly used on planes, and they all provide different flight characteristics. This blog will discuss some of the most popular wing designs in the current aviation market. 

Aircraft brake failure is, fortunately, a rare occurrence in aviation, and if proper maneuvers are applied, there is a low chance for damage. Early aircraft were not built with brakes as their speeds were slower, and they usually landed in non-paved runways which provided enough friction to stop the plane. Advances in both plane and runway technology necessitated the need for a braking system on the ground. The braking technology on modern aircraft is sophisticated and can be tested at any time while flying. Early identification and execution of emergency procedures can also reduce the risk of injury or damage in the event of a mechanical braking issue.

Since the advent of aviation, we as humans have radically changed our ability to traverse long distances and reach new heights. Since the first Wright brother’s airplane, a great number of aircraft types and models have come about, many serving applications such as civil transportation, executive travel, military defense, exploration, and more. Although aircraft may differ in design to accommodate specific uses, most contain the same standard set of components that work together to achieve and sustain heavier-than-air flight.  

When flying, the comfort and safety of passengers and crew are always of extreme importance to pilots. To maintain a smooth and optimal flight, pilots must be aware of meteorological conditions surrounding them and their flight path so that they can adjust navigation as necessary. Typically, aircraft integrate weather radar display technology and sensors that may include an onboard aircraft weather radar, lightning detectors, and weather information provided from an external source.

Aircraft seals are essential to prevent fluid buildup and to keep the system clear of air and dirt. Each seal or seal type is unique to each installation. The reasons for this include different pressure rates, the type of fluid used, the type of metal used, and the type of motion the system does.