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Augmented Reality (AR) has the potential to transform aviation/aerospace industry by creating new mixed reality worlds that serve as a medium for gaining work-related skills.  Augmented Reality for Aircraft Maintenance

• Aviation maintenance facilities for general, commercial, and governmental organizations operate, inspect, and maintain complex aircraft structures and systems with many highly interrelated components.
• An AR system has the potential to enable job task training and job task guidance for the novice technician in a real-world environment.
• An AR system could reduce the cost for training and retraining of AMTs by complementing human information processing and assisting with performance of job tasks.
• An AR system could eliminate the need to leave the aircraft for the retrieval of information from maintenance manuals for inspection and repair procedures.

  Virtual Reality for Airport Security and Safety Training

• Traditional collaborative training is both resource intensive and time-consuming.
• With a busy airport, it’s not feasible to practice where the actual disaster response would take place.
• In using a virtual facsimile of any Airport, trainees can practice their emergency procedures on a real facility.
• The logistical and response challenges present in the real environment translates to the virtual giving trainees a chance to perform as they would in real life.

Augmented Reality for Aircraft Windshields  Augmented Reality services enhance the pilots’ ability to visualize terrain, navigation, traffic, weather, and airspace along with convenience and safety items like an emergency, preflight, in-flight, and landing checklists (without the need for pilots to take their eyes off the sky, and access multiple screens and devices).

Are you looking for flexible and cost-effective methods to manage the ever-growing demands of your manufacturing industry? Are you also looking for operational excellence and reduction in downtime? Your search ends here. The way forward is to “Discover the power of providing information where it is required”.

Until recently, it was difficult to imagine technology guiding real-world actions in industries. But the truth is, today’s manufacturing world increasingly relies on Augmented Reality (AR) Technology to provide information in every facet of its operations. AR provides the ability to attach media to scene objects. For instance, by using 3D augmented reality simulation, it is possible to experience design and possible scenarios before product realization. This goes a long way in defusing challenges and rework.

At Immersive gaze, we use AR to portray visual worlds with a high degree of realism that bridges the gap between training and operations. Starting from design and development right up to job assistance and training, our technology solutions play a key role in simplifying the life of your workforce. They add value to every step of your manufacturing process and the end result? Optimal performance where it matters most!

How our AR technology can be useful in an industrial setting?

Design & Development Augmented Reality Services can enrich each and every phase of industrial design.

• The designer can easily explore and create mock-ups or prototypes to find the best ways to create a product.
• Decision-making time is cut down as concepts and options can be reviewed, adjusted and modified quickly.
• The result is rapid iterative design cycles with appropriate validation in the early phases of product development itself.

On-the-job-assistance

• Imagine being able to pan a machine with a handheld device and view the potential problem zones highlighted.
• Think of your employees being able to practice new measures in the safety of a simulated environment.
• Virtual entities or tools can be positioned near real assembly lines to indicate how each item is to be assembled or disassembled.
• Text or video clips can be used to convey additional instructions with reference to specific points or objects.

These are just some of the ways that the right guidance is made instantly available to every assembly operator and costly mistakes are eliminated.