Orbit Aero Blog

Pitot-static flight instruments are sophisticated devices that are essential in ensuring safe air travel. As their name suggests, they include all instruments that rely on the pitot-static system, which measures pressure differences in the surrounding air to provide vital data that pilots use to manage heading, altitude, and much more. Understanding the components of this system and how associated instruments work can help both aviation professionals and enthusiasts appreciate the significance of having accurate readings during flights, so read on as we offer a basic overview.

Understanding the differences between turboprop and piston engines is crucial for aviation enthusiasts and professionals alike. These two types of engines are fundamentally distinct in their design, operation, and applications, making each suitable for different types of aircraft and flight missions. In this blog, we will delve into the unique characteristics of turboprop and piston engines to help you understand their respective advantages and ideal applications.

As we observe the smooth operation of an aircraft in flight, one cannot help but appreciate the synchronized coordination among its various components. Behind the scenes, an intricate amalgamation of parts ensures the safety, stability, and maneuverability of these flying machines. In this blog, we will undertake an exploration through the building blocks that constitute the essence of an aircraft.

When one gazes at the sky and observes an aircraft making its descent for landing, a peculiar phenomenon often catches the eye–the aircraft frequently touches down on its rear wheels before the front ones. This sight may prompt questions about the rationale behind this landing sequence and the factors that govern it. In this blog, we will explore the captivating realm of aircraft landing gear while delving into the scientific principles that dictate airplane rear-wheel-first landings.