Aircraft Borescope Solutions for Aviation Visual Inspections
Our advanced aviation borescopes help airlines and MRO providers perform precise remote visual inspections for aircraft engines, turbines, and aerospace components. Using AI-powered inspection technology, Waygate Technologies supports safer aircraft maintenance, improved operational efficiency, and data-driven inspection workflows.
Advanced Aircraft Borescopes for Aviation Inspections
Waygate Technologies helps airlines, OEMs, and MRO providers perform more efficient aircraft engine inspections with advanced aviation borescopes, AI-powered analytics, and 3D measurement technology. Supported by collaborations with GE Aerospace and Rolls-Royce, our solutions enable more accurate defect assessment, improved maintenance planning, and data-driven inspection workflows.
Trusted by Aerospace Leaders
Waygate Technologies works closely with leading aerospace organizations to advance aircraft engine inspection practices and digital maintenance workflows. Through collaborations with industry leaders including GE Aerospace and Rolls-Royce, we continue to develop inspection solutions that improve defect assessment, support standardized inspection procedures, and help maintenance teams make faster, more informed serviceability decisions.
Featured partnerships:
- GE Aerospace: Advancing digital inspection workflows and engine maintenance solutions
- Rolls-Royce: Supporting intelligent borescope inspections and engine serviceability assessments
Designed with complex inspection applications in mind, the Everest Mentor Visual iQ+ aircraft borescope meets the highest standards in image quality, 3D measurement capability, AI analytics, and workflow automation.
Advanced 3D Inspection Software
Real3D™ measurement combines fully surfaced point cloud visualization, advanced measurement algorithms and an insightful 3D Surface Mask to enable more accurate and repeatable measurement decisions. Choose from Real3D Stereo or 3D Phased Measurement which allows measurement on-demand without changing tips.
Each of these technologies is compatible with some or all measurement types to help get the measurement needed in every application. They include basics like length, depth point to line and area, but also specialty types including missing corner area, area depth profile, automatic blade tip clearance and radius gauge for boro-blending assessment.
Aside from measurement types, Real3D provides advanced tools such as depth assist and measurement plane to further increase accuracy of measurements.
What's New with Measurement?
- Missing Corner: measures the area and edge lengths of a missing blade corner with 1 point designating the tip and up to 23 additional points placed along broken edge. Now inspectors can accurately determine how much material has detached for quick engine serviceability assessment.
- Surface Angle: measures the angle between a reference plane and an angle plane. For the first time on any borescope, we can now determine deformation or deflection of a compressor blade to provide a the value in degrees. Surface angle uses a simple 4 cursor workflow very similar to depth.
- Auto Area: generates masks quickly to calculate an area you specify.
Featured
Advanced imaging, precise measurement, and connected workflows that help inspectors find defects faster, make confident maintenance decisions, and reduce aircraft downtime.
Real3D Measurement for Accurate Serviceability Decisions
Aircraft inspections often require more than identifying a defect. Inspectors need accurate data to determine whether a component can remain in service. Real3D measurement enables precise sizing of cracks, dents, wear, corrosion, and tip rubs on complex engine surfaces, helping maintenance teams make confident maintenance decisions while supporting compliance with OEM inspection criteria.
Digitize, standardize, and accelerate aircraft inspection workflows from capture to reporting.
Create and deploy Menu Directed Inspections (MDIs) that guide inspectors through each inspection step, ensuring consistent procedures, standardized image capture, and complete inspection coverage across fleets. Reduce variability between technicians while supporting compliance and quality objectives.
Key Features of Aviation Borescopes for Aircraft Inspections
Designed for aircraft engine inspections and aerospace part inspection applications, Waygate aviation borescopes combine advanced imaging, precise articulation, and intelligent inspection technology to improve inspection accuracy and efficiency.
- HD Image Quality – Capture detailed visuals during aircraft and turbine inspections.
- Advanced Articulation – Navigate complex engine pathways and restricted aerospace components.
- Real3D Measurement – Measure defects and indications with greater inspection accuracy.
- AI-Powered Inspection Tools – Support faster defect recognition and inspection workflows.
- Small Diameter Probes – Access tight aircraft engine and turbine inspection areas.
- Cloud Connectivity – Store, review, and manage visual inspection aircraft data efficiently.
AI-powered visual inspection tools help aerospace maintenance teams improve inspection consistency, defect detection, and reporting accuracy. The Everest Mentor Visual iQ+ combines advanced aviation borescope imaging with assisted defect recognition, analytics, and workflow automation to support faster and more reliable aircraft engine and aerospace part inspections.
Yes. The Everest Mentor Visual iQ+ aviation borescope includes AI-powered inspection capabilities such as Assisted Defect Recognition (ADR), blade counting analytics, workflow automation, and cloud-connected inspection data management through InspectionWorks. These tools help aerospace maintenance teams improve defect detection, inspection consistency, and aircraft engine inspection efficiency.
Aircraft visual inspections typically include inspection planning, visual examination, defect detection, maintenance verification, and inspection reporting. Aviation borescopes and remote visual inspection tools are commonly used during these phases to inspect aircraft engines, turbines, and aerospace components more accurately while reducing maintenance downtime.