Virtual Maintenance Training In Aviation
The service branch of the Aviation Industry is rapidly unfurling its wings to virtual and augmented reality solutions for airmen and maintenance crews. The aviation industry has multimillion-dollar planes flying around, entrusting their pilots with state-of-the-art machines.
However, there has been a significant increase in technology solutions investments, ensuring these billion-dollar planes can be flown and maintained correctly.
Virtual Reality technology in aviation involves the computer-generated reality that users can interact with, generally using a headset; augmented Reality technology, on the other hand, involves digital information displayed in the user’s line of sight and overlaid onto the real world using glasses or a smartphone camera.
VR simulators allow pilots to train without sending aircraft into the air, saving high costs without projecting capabilities to adversaries. Meanwhile, Augmented Reality glasses for maintenance crews improve efficiency and save time.
Augmenting Aircraft Maintenance and Inspections
Using Augmented Reality for piloting uncomplicates the task significantly. Various OEMs have adapted AR technology for aviation maintenance and training to streamline the process.
The prime advantage of augmented reality is hands-free movability and access to real-time information. However, it is used in various ways, often combined with other powerful technologies such as artificial intelligence, sensors, and more.
An excellent example of combining technologies to produce state of the art results is The Safe Beacon, which uses a sensor attached to a piece of equipment in a plane that, when approached with an AR-enabled headset or display, triggers information about the equipment. It helps guide operators through the inspection and maintenance process.
Virtual Reality and Augmented Reality solutions for maintenance and inspection in aviation can simplify the identification of scratches, dents, and anomalies that need looking after.
Virtual Reality Training For Pilots
The latest strides in virtual reality solutions aim at facilitating integrated, realistic, and practical operational training enhancing full-spectrum preparedness. The traditional air force training entails ait-to-air combat training set up on training ranges.
Virtualized synthetic environment facilitates efficient combat training. VR solutions eliminate the problem traditional combat training faces, allowing enemies to keep track of the latest advancements by radiating in free space. VR and AR aviator training help pilots practice in unfamiliar terrain and improve their skills.
Enhanced Flight Maintenance with AR
The air force is incorporating AR and VR training for aircraft maintenance by building training hangars for classrooms and fighting with 3D environments and AR capabilities with comprehensive instructor tools by the
Using AR glasses in place of tablets or extensive manuals increases the accessibility to relevant information. The wearer can access overlay instructions along with PDFs and images. By tapping into what the wearer sees, others can offer remote support. Furthermore, Mixed reality solutions such as glasses that provide enhanced efficiency and safety for the Air Force’s 7th Bomb Wing are currently being tested and show promise.
Users can use voice commands to access information on their glasses, such as open and view documents and take screenshots. The Mixed Reality Glasses use simultaneous mapping and localization tracking, also known as SLAM, enabling the maintenance crew to access CAD system modeling and overlays along with step-by-step technical instructions displayed onto the glasses.
Synergizing Augmented Reality and Aviation
Various aspects of aviation’s piloting and maintenance process utilize AR and VR solutions. While the technology shows promise, it still has a long way to go before training and maintenance get streamlined, helping us step into the AR-enabled future that we dream of.
Due to the enormous investment that goes into the adoption of augmented reality in aviation, airline companies follow a wait-and-watch approach to gauge if its ROI is worth adopting the technology.
Highest Quality Avionics, Instrumentation, and Controls
The DiSTI Corporation provides top-notch experiences for training and virtual instrumentation in aviation. GL Studio® is an HMI software development tool utilized by all global industry leaders for aircraft and space crafts.
GL Studio® offers real-time interactive 2D and 3D geometry data through a WYSIWYG environment, reducing the need to create an inconvenient low-level graphical code. GL Studio® creates Geometry and displays data using intuitive tools for drawing, grouping, ordering, and texturing.
Conclusion
The DiSTI Corporation is the world’s leading provider of industry-specific HMI, AR, and VR solutions. Our flagship product, GL Studio®, provides high-performance 3D user interfaces to the aerospace and automotive industries.
The DiSTI Corporation is a trusted solutions provider for OEMs from Aviation. We offer services for both military and commercial customers helping them streamline skills transfer, knowledge retention, and effective experiential training in real-time, data-driven applications.
GL Studio® HMI software development tools enable rapid prototyping of complex avionics displays that seamlessly interact with training simulators and production aircraft. The DiSTI Corporation is a leading HMI solutions and Virtual maintenance solutions provider.
