Video Borescope Increases Efficiency at NBAA Business Aviation Conference

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RF System Lab's VJ-Advance Video Borescope will be available for aviation professionals to try at the NBAA Business Aviation Conference and Exhibition in Las Vegas, NV.

RF System Lab, Maker of the VJ-Advance video borescope

“Aviation technicians are looking for ways to make their inspections more accurate and efficient while staying under budget. The VJ-Advance performs just that for turbine, wingtip, APU and landing gear inspections.” –Zack

The National Business Aviation Association hosts aviation industry professionals from around the world for their annual conference and exhibition. This year's NBAA Business Aviation Conference and Exhibition is being held at the Las Vegas Convention Center in Las Vegas, NV. RF System Lab will be in attendance with their groundbreaking VJ-Advance (VJ-ADV) video borescope, to allow attendees to get a hands-on demo of the product that could revolutionize their remote visual inspections.

The VJ-ADV, with 2.8mm, 3.9mm, or 6.9mm outside diameters, is a versatile tool making aviation professionals' inspections faster and easier. The VJ-ADV also comes in a variety of lengths from 1 to 5 meters. Two of RF System Lab's borescope experts will be onsite to give aviation professionals hands-on demos, as well as all the information they will need to decide which VJ-ADV is right for their inspections.

Zack Wessels, one of the borescope experts at RF System Lab, says, “Aviation technicians are looking for ways to make their inspections more accurate and efficient while staying under budget. The VJ-Advance performs just that for turbine, wingtip, APU and landing gear inspections.”

For those in the aviation industry who aren't able to attend the NBAA conference, RF System Lab offers a no-cost, no-obligation demo program. Customers can try the VJ-Advance in their own facility to determine which video borescope will best serve their needs. Simply visit the RF System Lab website to request more information on the demo program.

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Heather Smith
RF System Lab
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