From Virtual Skies to Real-Life Flight: How Gaming Technology is Changing Aviation
Two technologies causing ripples in the gaming industry have also significantly impacted the aviation industry. The technologies are virtual and augmented reality. Thanks to these technologies, gamers worldwide enjoy more immersive gaming experiences, which bridge the gap between the virtual and real worlds.
The technologies have also transformed the sports betting industry. For example, you can enjoy aviator betting on top sportsbooks like Betway if you love flying planes in the virtual world. So, how have virtual and augmented reality technologies affected the aviation industry?
Reports from the aviation industry show that virtual and augmented reality technologies enable crew members to practice their skills by simulating a wide range of scenarios. They also help them to learn new information in highly realistic environments. These simulations allow the trainees to do more practice than they would in a real-world environment.
Training is More Effective
The aviation training industry has harnessed the power of the two technologies to make their training more effective. For example, an Aeronautical University claimed that the time before a student could fly solo was reduced by 30% after integrating VR into their private pilot training program.
Further studies have shown that VR is an effective learning modality because it enables learners to master content four times faster than in a typical classroom setting. For example, it was discovered that VR learners were 275% more confident in applying the skills acquired after training. They are also more emotionally connected and focused than learners from a conventional classroom setting.
VR vs. AR
VR and VR have both become increasingly popular in the aviation industry. However, their application is different. For example, VR immerses users in a completely virtual, 3D world. The users must have a headset device to access and participate in the VR world.
On the flip side, AR technology superimposes graphics onto real-world surroundings. The usual hardware for AR applications includes a head-mounted display and mobile device.
Common AR and VR Training Applications
Flight deck employees, cabin crew members, and pilots can use AR and VR to prepare for different scenarios and discover more about the aircraft. For instance, flight crews usually use AR and VR to simulate and practice emergency evacuations. Furthermore, pilots can use the simulations to practice using aircraft controls.
Here are various AR and VR use cases:
- Flight deck training: AR and VR allow pilots and flight engineers to practice how to react to emergencies in a safe environment.
- Pre-flight inspections: The technologies enable the teams involved in ensuring a safe flight frequently practice the inspection without the aircraft to enhance their efficiency.
- Pilot vehicle interfaces: The technologies have also made integrating new hardware and software solutions easy by using simulations to test and fine-tune.
- Maintenance: Aviation engineers perform regular maintenance on aircraft. However, it can be difficult for them to access the required equipment to practice their skills. Fortunately, they can use AR and VR to interact with complex aircraft parts and simulate repairs.
It is obvious that AR and VR have had a significant effect on the aviation industry. They have expanded the love for aircraft beyond industry practitioners. For instance, gamers can enjoy aviator games on platforms like Betway, thanks to AR and VR. More AR and VR innovations are coming into the aviation industry, so expect to see more exciting applications.