Aviation is the most authentic example of a high-reliability industry, with every element being explicitly designed to support safety and prevent hazards. One such safety measure that is often underappreciated is the arrangement of runway lights, which are universally similar and help pilots land the aircraft in a variety of conditions. In this blog, we will discuss how runway lights are structured and how the various colors help pilots in the landing sequence. Read more >>

An aircraft ground power unit supplies electricity to systems when the pilot turns off the jet engines and parks the plane at the aircraft stand. The aircraft’s electricity requirements and domestic electricity requirements are not the same. Generally, the standard requirement of an aircraft is to have a 110/220 Volt and 50/60 HZ power supply, while a smaller aircraft like a business model will require a 115 Volt and 400 Hz power supply. For private jets, 28 Volts DC supply is the most common. Read more >>

The aircraft fuel system is paramount for standard flight operations to be carried out, ensuring that fuel and air is properly mixed and combusted for driving systems and creating propulsion. Two of the most important aspects of an aircraft fuel system are aircraft engine fuel and fuel metering systems, both of which pilots need to understand for proper operations to be carried out. In this blog, we will discuss aircraft engine fuel and fuel metering systems, allowing you to understand the various types that benefit aviation. Read more >>

Typically utilized for internal combustion engines, starter motors are an essential mechanism that functions to get an engine up and running. Due to the way energy is created within a combustion engine, engaging any pistons within the power unit requires the use of a starter motor. Generating movement through the use of inertia produced by components allowing the engine to intake air, starter motors can be found in electric, pneumatic, or hydraulic types. In detail, we will go over how a starter motor functions and why they are employed within vehicles. Read more >>

A centrifugal pump is a common component of fluid transportation applications, and such devices move fluids through the conversion of rotational kinetic energy to hydrodynamic energy. With the use of an engine or electrical motor, the rotational energy needed for the pump’s operations can be supplied for accelerating fluids so that they flow radially outward into a diffuser or volute chamber. While centrifugal pump parts commonly serve many pumping applications due to their high flow rate capabilities, their performance can be negatively affected by axial thrust. Read more >>