Waygate Mentor Visual iQ+ | Professional Industrial VideoProbe Inspection System

Waygate Technologies Mentor Visual iQ+ – Professional Industrial VideoProbe & Remote Visual Inspection System

The Mentor Visual iQ+ from Waygate Technologies is an advanced professional Remote Visual Inspection (RVI) VideoProbe system designed for demanding industrial inspections where direct access to critical components is difficult or impossible.

Built for aviation, aerospace, power generation, oil & gas, manufacturing, and heavy industrial maintenance, the Mentor Visual iQ+ enables technicians to visually inspect internal components without extensive equipment disassembly.

Its advanced imaging, probe articulation, measurement capabilities, and inspection workflow tools make it suitable for examining critical assets such as aircraft engines, turbines, compressors, gearboxes, piping systems, and other complex machinery.

Key Features

• Professional Remote Visual Inspection (RVI) platform
• Advanced industrial VideoProbe technology
• High-quality digital imaging for internal inspections
• Articulating probe for navigating complex internal structures
• Designed for difficult-to-access inspection areas
• Advanced defect identification and measurement capabilities
• Digital inspection documentation and reporting
• Multiple probe configurations available
• Suitable for demanding industrial environments
• Supports non-destructive inspection workflows
• Designed to reduce unnecessary equipment disassembly
• Professional platform for mission-critical asset inspection

Aircraft & Aerospace Inspection

The Mentor Visual iQ+ is particularly well suited for aviation and aerospace maintenance applications where internal engine components require regular inspection.

Potential inspection areas include:

• Aircraft engines
• Turbine blades
• Combustion chambers
• Compressors
• Internal engine components
• Aerospace propulsion systems

Remote visual inspection allows maintenance professionals to investigate internal components while minimizing unnecessary disassembly.

Power Generation & Turbine Inspection

Power-generation facilities can use the Mentor Visual iQ+ for internal inspection of critical equipment such as:

• Gas turbines
• Steam turbines
• Generators
• Compressors
• Wind turbine components
• Industrial rotating equipment

Early identification and documentation of visible defects can support maintenance planning and help reduce unexpected downtime.

Oil, Gas & Industrial Applications

The system can also support inspection programs involving:

• Pipelines and piping systems
• Heat exchangers
• Compressors
• Gearboxes
• Process equipment
• Industrial engines
• Manufacturing machinery
• Difficult-to-access internal structures

Non-Destructive Inspection

Remote Visual Inspection allows technicians to examine internal areas of machinery without immediately dismantling or damaging the equipment.

For organizations operating high-value assets, this can contribute to:

• Reduced inspection time
• Reduced equipment disassembly
• Better maintenance planning
• Improved inspection documentation
• Earlier identification of visible defects
• Reduced asset downtime
• More efficient maintenance operations

Configurable Professional Platform

The Mentor Visual iQ+ is available with different probe diameters, probe lengths, optical configurations and inspection capabilities.

The appropriate configuration depends on the intended application and inspection environment.

Important: Pricing can vary significantly depending on the selected probe and system configuration. Customers requiring a specific configuration should contact Aurora AI Technology Corp before ordering.

Ideal Industries

The Mentor Visual iQ+ is designed for professional organizations operating in:

Aviation • Aerospace • Power Generation • Oil & Gas • Wind Energy • Manufacturing • Automotive • Heavy Industry • Industrial Maintenance • NDT Services • Energy Infrastructure

Important Inspection Notice

Inspection capability depends on probe configuration, accessibility, component geometry, environmental conditions, operator training and the specific inspection procedure.

Images and measurements obtained from the system should be evaluated by appropriately qualified personnel when used for safety-critical, regulatory or engineering decisions.