Airfield lighting systems play a crucial role in ensuring safe and efficient aircraft operations during the night. These systems are meticulously designed and strategically positioned to provide essential visual cues that assist pilots in navigating runways, taxiways, and aprons. In this blog, we will discuss the various components and functions of these lighting systems to illuminate their importance in aviation safety and efficiency.

Piston engine systems have been the workhorses of aviation for decades, providing reliable power to aircraft of all sizes. Whether you are a seasoned pilot or an aviation enthusiast, understanding how these engines work can help you troubleshoot or tackle issues when they arise. In this blog, we will unravel the fundamentals of piston engine systems, from ignition to exhaust.

An accelerometer is an instrument meant to measure the linear acceleration of a carrier, consisting of a proof mass, support, potentiometer, spring, damper, and a housing. It is a device that is able to measure the vibration or motion acceleration of a structure. Often composed of a piezoelectric material, an accelerometer is squeezed when it encounters vibrations and acceleration, which creates a charge that is proportionate to the force applied to it while the mass remains constant. Most cellphones feature accelerometers which can be seen at work when the device moves in different directions, such as when the screen automatically brightens as a smartphone is turned over. They assist engineers with understanding machine stability, ensuring unwanted forces and vibrations are not present in a system.