What sets InspectEx Airside Trainer apart:
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Your actual airfield — A detailed 3D recreation of your airport, including runways, taxiways, markings, signage, lighting, and other airfield features.
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Live aircraft movement — Integrate live ADS-B data to bring real-time aircraft activity into the training environment.
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Your vehicles — Configure training for the vehicles your drivers actually operate, including ARFF and other airside vehicles.
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Your changing airfield — Construction, temporary closures, new markings, signage changes, and other operational updates can be reflected in the training environment.
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All-weather scenarios — Train in day, night, and a range of weather conditions.
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Built from InspectEx data — The same platform capturing data from your airfield helps create and maintain the digital training environment.
This is airside driver training built around your airport, not a generic driving simulator.
InspectEx Airside Driver Training
Your live airfield. Your vehicles. Your training environment.
A 3D airside driver training simulator built around your actual airport, and designed to keep pace with the airfield as it changes.
Supporting operational readiness.
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Improve airside familiarization
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Reduce reliance on live operational training
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Support more consistent operator preparation
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Improve spatial awareness in active movement areas
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Expand access to realistic training environments
Our Airside Driver Training Simulator can be configured for different airside vehicles, including ARFF vehicles.
The result is a different driving experience, built around the size and characteristics of the vehicle while navigating your detailed 3D airport environment.
Exciting NEW Developments
Bringing the airfield to life with live ADS-B aircraft data.
The result is a 3D environment that can reflect what’s happening on the real airfield, in real time. We can also add vehicle trackers for real-time experience.
It’s an important step toward our vision of a live, dynamic 3D airfield that brings together the physical airport.
Other Use Cases
Operations Planning:
Use the digital twin to support maintenance scheduling, resource allocation, and inspection planning with a continuously updated, spatially accurate view of the airfield. Teams can evaluate current conditions and plan activities with greater situational awareness.
Scenario Analysis:
Model and evaluate potential operational scenarios such as construction, closures, environmental impacts, or emergency events. The digital twin allows teams to assess outcomes in advance, helping improve preparedness and reduce operational risk.
Data Visualization & Analysis:
Aggregate inspection data, sensor inputs, and AI detection outputs into a unified 3D environment. The digital twin enables users to visualize airfield conditions spatially, analyze trends over time, and identify patterns that support informed decision-making.
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