Importance Of Articulating Borescopes In Aviation

Thousands of planes take to the sky every single day, which makes the safety of the passengers and crew of the utmost importance. In the aviation industry, it is imperative to practice preventative aircraft maintenance in an effort to avoid potential mechanical failure or other disasters before they occur.

For many routine aircraft inspections, timing is critical if the aviation technician aims to finish before it needs to depart again. Often, the engineers have to quickly work through one internal inspection because the next one is already pulling up to the dock. Borescopes provide them with the tools necessary to swiftly conduct and properly assess the different components of an aircraft to determine its current condition.

IMAGE: PIXABAY

What Is An Articulating Borescope?

An articulating borescope is an optical piece of equipment that contains a high-definition camera on the end of it. LED lights are situated at the end to light the path and surroundings for an accurate depiction. The technician can insert the borescope into small, compact areas that cannot be seen unless taken apart.

The articulating borescopes camera articulates in four ways and a complete 360 degrees. These inspection tools are easy-to-use, handheld, and possess many useful functions. Not to mention, they come in a variety of styles and sizes for inspection of many different internal components.

Role Of Articulating Borescopes In Aviation

It’s common for aircraft to be exposed to foreign object damage (FOD), erosion, cracking, thermal deterioration, corrosion, and distortion. Many of the vulnerable regions are not open to the naked eye for visible inspection. It’s common to use articulating borescopes to detect damage or impending component failure so maintenance can be done.

Articulating borescopes allow engineers to inspect the following components of an aircraft:

• Turbines and engines
• Low/high-pressure compressors,
• Combustion chambers
• Wings or foils
• Cells

Advanced Aviation Inspections

Articulating borescopes allow for a visually advanced internal inspection of aircraft components. It makes the process quick and simple to inspect turbines or other difficult to reach places while finding damage in need of repair.

These borescope types are effective at conducting thorough inspections for evidence of a wear and tear. This basically means the aviation industry can operate safely and improve engine life. If the aviation engineer can locate signs the equipment is nearing the end of its operating days then it also reduces unnecessary aircraft downtime due to costly maintenance that could have been prevented with routine inspections.

Not to mention that the majority of current airplanes and helicopters are equipped with endoscope bores to allow for a range of borescopes to easily access difficult areas of the engine. By replacing the failing equipment as soon as it’s found, it also avoids the domino effect of any related consequences that might be more severe in nature. Don’t wait until it’s too late.

Use Aviation Articulating Borescopes

Here’s the thing, many of the inspections in the aviation industry require a visual inspection. You can’t sit back and wait for something to go wrong. You also don’t have time to take the engine apart. It’s difficult to reach many areas of an aircraft unaided. If you can’t see the problem, then you won’t be able to come to a conclusion one way or the other.

Articulating borescopes give aviation engineers the tools to carry out a visual, nondestructive inspection. Borescopes are the best tools for viewing the inside of an aircraft engine and its components. This inspection technique provides a complete health check of your aircraft that identifies any noticeable defects, thus giving you the confidence it can continue operation.

Borescopes are extremely useful when inspecting all types of aircraft engines. Use aviation articulating borescopes if you’re looking for a high-quality, leading inspection tool that helps to save precious time and money and ensures that your aircraft stay in the air.

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IMAGE: PIXABAY