Unlimited NSN Blog

In the rapidly evolving world of unmanned aerial vehicles, commonly known as drones, the flight controller is one of the most critical components that significantly impact their performance, stability, and usability. This central processing unit stabilizes the drone during flight by processing data from various sensors and enables complex maneuvers and autonomous flight patterns. In this blog, we will demystify the process, focusing on multirotor drones, which are among the most popular types of drones used today.

In the rapidly evolving world of unmanned aerial vehicles, commonly known as drones, the flight controller is one of the most critical components that significantly impact their performance, stability, and usability. This central processing unit stabilizes the drone during flight by processing data from various sensors and enables complex maneuvers and autonomous flight patterns. In this blog, we will demystify the process, focusing on multirotor drones, which are among the most popular types of drones used today.

In the world of aviation design, construction, and maintenance, precision and reliability are paramount. For many aircraft models, one critical component that plays a pivotal role in ensuring a smooth and safe flight is the engine mount. Engine mounts are structural elements that secure the aircraft's engine to its frame, absorbing vibrations and shocks while maintaining proper alignment. These vital mechanisms undergo rigorous stresses during flight, making the quality of their welds a matter of utmost importance.

An aircraft propeller is an essential component responsible for generating thrust, propelling aircraft forward, and enabling controlled flight. While jet engines are widely recognized as the primary source of propulsion in modern aviation, propellers play a crucial role in various aircraft as well, including small airplanes, helicopters, and even some commercial aircraft. In this article, we will delve into the intricate workings of aircraft propellers and shed light on the key factors that contribute to their thrust-generating capabilities.

While one of the most important aspects of aircraft design is how well it can fly, there is also great importance on how it can operate on the ground. When discussing a commercial airliner for example, such aircraft need to be able to safely land, takeoff, and taxi around a runway. To achieve this without having to constantly rely on other equipment, it is a standard for many aircraft to have wheels and tires for ground traversal. As there are numerous types of tires and wheels that may be featured on an aircraft, it can be useful to have a basic understanding of the most common types and how they are used. 

Flight controllers are an important element of drones, acting as the brain that monitors and governs everything that the vehicle does during an operation. In their most simplistic form, flight controllers are just a circuit board with various electronic chips attached. Nevertheless, the combination of intelligent electronics and software present in a flight controller makes the various capabilities of the drone possible. As such, it can be useful to have a basic understanding of how a typical flight controller works and is designed.

Aircraft wings are not only required to generate lift for flight, but are also designed to have more aerodynamic efficiency than any other part of the aircraft. Additionally, they must also house the fuel tanks, engine nacelles, and several other aircraft components, depending on the aircraft type. To guarantee that an airplane can generate ample lift, great care must be taken to ensure that the wing has a smooth, lightweight structure.

In virtually any industry, fasteners are important part types for securing items and systems in place. As such, common fasteners like screws and nuts are available in many different designs for different implementations. Also known as lag bolts, lag screws are a type of fastener that can be used for various applications. Despite being one of the older and more widely used types of fastener available on the market today, many people are not familiar with the functions and benefits of such components. As such, this blog will provide an overview of lag screws and how they are used.

Aircraft have advanced in many ways through the years, seeing various leaps in technology, performance, capability, and more. One of the biggest changes that has happened to aircraft was the introduction of the glass cockpit, that of which replaced the conventional round dials and gauges originally relied on by pilots. While there are major benefits to the glass cockpit, it can often be an expensive investment to upgrade if you still have a conventional set-up. As such, one may wonder what the differences between each are, and the various pros and cons of the upgrade decision. In this blog, we will discuss these details further to help you better make a decision.

When first learning how to pilot an aircraft, one will have to familiarize them self with the various cockpit instruments that they will rely on during flight to maintain safety and efficiency. There are many instruments that are provided, each offering readings on different aspects of operation. The measurements provided by the airspeed indicator, altimeter, and vertical speed indicator will all regularly be used by the pilot to effectively manage a flight path. It is paramount that one understands the differences between each instrument as they perform separate tasks. In this blog, we will discuss the differences between the airspeed indicator, altimeter, and vertical speed indicator, allowing you to have a better grasp on the importance of each.