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Sep 19, 2022

How XR Technology is Impacting the Commercial Aviation Industry

By Bobby Carlton

The aviation industry is expected to benefit from the advancements in augmented reality (AR) and virtual reality (VR) technology, as these innovations can reduce the risk of accidents and improve the efficiency of the operations of the industry, and can create new opportunities that will impact KPIs and ROI.

The aviation industry is one of the most expensive industries in the world due to the numerous errors that can happen in its operations. This is why it is very important that the various errors that can occur in the industry are fixed and accounted for properly, and XR technology is one of the tools that can help airlines and airports highlight and be a solution for those issues.

In addition to improving an airlines overall operations, XR technology can also help airlines improve areas such as customer service and efficiency. Employees can use virtual reality to train in areas such as a difficult passenger, helping someone who has aerophobia, or proper procedure for assisting a passenger with a disability. The objective is to use XR training to enhance the experience of their passengers.

Several airlines, such as Qatar Airways, Air France, Japan Airlines, and Lufthansa, are currently implementing virtual reality training programs for their employees. These programs are being conducted in collaboration with other companies that provide virtual reality and augmented reality training. In addition, Airbus and Boeing also preparing their staff members through XR training.

For instance, SIA Engineering Company uses virtual reality solutions to help improve the efficiency and safety of its operations by allowing employees to simulate and monitor the various conditions of an aircraft. The company also uses these systems for repairs and maintenance.

Through the use of augmented reality glasses, SATS Ltd., a cargo handling company, can now check and handle cargo containers in real-time. This technology can help improve the efficiency of the entire process and reduce the time it takes to board a plane.

In a collaboration with technology company, Dimension Data, Air New Zealand is currently testing augmented reality systems that will allow its cabin crew members to use the technology. The systems will allow them to collect and analyze data related to their passengers.

Japan Airlines, Air France, and Joon are also working with various companies to develop in-flight entertainment systems that will allow their passengers to experience the latest in virtual and augmented reality. They have partnered with companies such as SkyLights VR and Dreamworks to create innovative solutions for the in-flight entertainment industry.

Safety and Training

Despite the various economic costs that airlines face, one of the most important factors that the industry takes very seriously is the safety of their passengers. Even though there are relatively low number of fatal accidents in the aviation industry, it is still important that the industry continues to improve its overall operations to ensure employees and passengers are safe.

One of the most important factors that the industry considers when it comes to improving its operations is the training of its pilots and staff members. With the help of augmented reality and virtual reality, training can be conducted in a more effective and efficient manner.

Virtual reality can help flight deck crew members improve their skills and knowledge about flight controls. It can also help them become familiar with the various procedures involved in flying.

In addition to improving the skills of flight deck crew members, virtual reality can also help them adapt to various situations during a flight. Through the use of augmented reality, the crew can additionally receive necessary guidance and information during the course of a flight.

In addition to improving the skills of flight deck crew members, virtual reality can also help them adapt to various situations during a flight. Through the use of virtual reality, inspection teams can conduct training sessions in a more rigorous and safe environment. This eliminates the possibility of issues that could occur during the actual flight. In addition, AR can help the crew perform an improved assessment of an aircraft before it takes off and when it lands as they prep for the next flight.

Virtual reality and augmented reality provide a platform for training cabin crew members. With the help of these two technologies, they can perform various tasks and improve their skills to serve their customers better. They can also help the crew monitor the situation of the passengers and provide safety instructions in case of an emergency.

The cost of developing and designing an aircraft is one of the highest in the industry. Due to the huge amount of money that goes into the design and development of an aircraft, even engineers don't have enough training and practice with the necessary parts.

Due to the lack of training and practice with the necessary parts, engineers often don't get the chance to test and experiment with genuine parts. With the help of augmented reality and virtual reality, they can now perform various tasks and improve their skills to serve their customers better.

Through the use of virtual reality and AI, researchers can now develop new aircraft concepts and improve the design and development of an aircraft. With the minimal cost of these technologies, rapid testing and development can be achieved.

Due to the availability of virtual reality technology, engineers can now design aircraft mechanics and machines with greater creativity. This will allow them to improve the R&D process and develop new aircraft concepts at a faster rate.

Including virtual reality and augmented reality in business is advantageous. However, it can also lead to better product innovations and provide more opportunities for companies.

The use of virtual reality and augmented reality in aviation can help close the gap between the training that engineers receive and the physical training that they get. Through the use of immersive environments, which are designed with 3D models and realistic VR worlds, aviation organizations can improve their efficiency and proficiency.

In addition to improving the efficiency of maintenance and repairs, augmented reality and virtual reality can also help improve the efficiency of aircraft inspections and repairs. With the help of these two technologies, maintenance and repair crews can now perform more effective and efficient inspections.

Through the use of augmented reality and virtual reality, parts and sections of an aircraft can undergo a more thorough inspection, which is faster and more efficient than traditional methods. This process will be especially beneficial for large aircraft.

Not only can XR technology improve airline safety, but even passengers can use XR as a way to improve their travel experience. For example Lufthansa created a "glass bottom" experience for passengers that allowed them to see lakes, cities, and mountains underneath them as they traveled through the sky. In addition to being able to see 360 videos and games, passengers will also be able to interact with the various features of the aircraft.

Image from Lufthansa

The global market for virtual reality and augmented reality in aviation was valued at around 78 million US dollars in 2019. It is expected that the technology will grow at a robust rate and reach a value of over $1 billion by 2025. This shows that the adoption of these technologies is rapidly increasing in the industry.

The rapid emergence and growth of the virtual reality and augmented reality market in aviation is expected to create numerous opportunities for companies in the future. These technologies can help improve the efficiency of various aspects of the industry, such as maintenance and repairs, product development, and in-flight entertainment and connectivity.

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