ASAP Axis Blog

Latches play a critical role in securing access panels, interior fixtures, and structural components throughout an aircraft’s structure. Despite their simple appearance, these hardware components are engineered to perform reliably across a wide range of mechanical and environmental conditions, often requiring compliance with stringent durability and safety standards. In this blog, we will explore how aircraft latches are selected, installed across airframe systems, and maintained throughout the service life of an aircraft.

When learning to fly aircraft and helicopters, there is nothing better than using a flight simulator. From the 1930’s Blue Box, all the way to free and paid mobile apps, the ability to simulate flight has improved tremendously over the years. Simulators can allow for aspiring or operating pilots to practice a multitude of aircraft types, scenarios, and more without having to utilize an actual aircraft. Simulators are now even able to replicate most functions of an aircraft and external factors to allow for the practice of flying, design of aircraft, and even investigations of aviation accidents.

In aviation terms, a navigational aid, or a navaid, is a physical device on the ground that airplanes can detect and fly towards. This can be any type of object including a lighthouse, day beacons, fog signals, buoys, etc. It can also mean any item that pilots use to help find their coordination such as GPS systems, global navigation systems and other types of navigational aids. For a basic description on read on below:

Before aspiring pilots can step foot into an aircraft cockpit and become a full time pilot, they must first undergo hours in a flight simulator. An aircraft flight simulator is a simulation of the real life experience that a pilot will have when operating a plane. Containing every situation possible, from hitting birds to bad weather, the flight simulator is designed to train and prepare fledgling pilots for any type of scenario, both mild and consequential. Read on below for information of the different types of flight simulators there are available for pilots.

Maintaining and improving safety is a constant challenge in aviation. With hundreds of thousands of people on flights around the world every day, it is more important than ever to keep aircraft flying safely from takeoff to landing. In this blog, we’ll review the aircraft safety and rescue equipment that are making flight safer than ever.

When birds come into land, they do so gracefully rather than crashing and tumbling into the ground. How? The answer is all in the legs. You may have noticed a bird’s legs extend out from beneath their bodies as they approach the ground, which enables the birds to channel their center of gravity and stay upright. Aircraft landing gear works more or less on the same principle. Landing gear can come in many different forms such as floats, skis and wheels. The most common type for commercial aircraft is the tricycle setup which, as the name suggests, consists of three sets of wheeled landing gear located under the nose of the plane and two at the rear of the plane, just past the aircraft’s center of gravity. The back two sets of landing gear have 4 wheels in a setup that is called the bogie landing gear.

Landing an aircraft is a difficult and stressful procedure for parts, as they deal with the weight of the aircraft and the friction of landing. Therefore, landing gear struts that support the aircraft must be resilient and durable. There are four main types of landing gear struts, all of them designed to take the shock out of landing.

Aviators all over the world rely on Global Positioning Systems (GPS) to safely navigate and maneuver their aircraft. GPS allow pilots to obtain precise three-dimensional location data during all stages of flight using triangulation; GPS can also track speed, relative distance, and time. With its continuous, accurate, and comprehensive mapping capabilities, it offers seamless satellite navigation that satisfies many requirements for pilots.

In nautical navigation, lighthouses are used to inform sailors of upcoming ports or to warn them of dangerous rocky coastlines, reefs, or sandy shoals that may be difficult to see in high tide. The iconic rotating flashlight on a high tower warns maritime sailors or ship captains of the environmental dangers, allowing them to avoid collision and possible damages. The same principles apply for aviation navigation. Tall buildings and large telecommunication towers pose as serious safety hazards to pilots the same way a rocky cliff would to a sailor. Therefore, there is a distinct need for some sort of warning system for pilots and navigators of the skies. This is where aircraft warning lights come into play. Essentially, the warning lights are put in place in order to notify the pilots that there is an object that could be in their way.