Virtual Reality in Military Training and Operations

Photo of author
Written By Naomi Martin

Naomi Martin is a dedicated writer with a passion for exploring the intricacies of data security & sharing valuable insights.

Unleashing limitless possibilities in the virtual realm.

Introduction

Virtual reality (VR) technology has transformed military and defense training, operations, and equipment design by providing advanced simulations and customized training scenarios. It has become a valuable tool for military leaders, training personnel, and equipment maintainers to create realistic and engaging simulations. With the advent of lightweight laptops, VR hardware has become more available and portable. As a result, VR technology has become an effective solution that saves costs, reduces risks, and improves overall training.

Current State and Benefits of VR in Military and Defence

VR technology plays a crucial role in military training and operations, offering numerous benefits such as:

  • Realistic simulations: VR offers the chance to simulate live fire exercises, vehicle and ground vehicle simulations, flight simulations and combat simulations in a safer way.
  • Customized training scenarios: Simulations create scenarios that are specific to training needs and provide targeted fidelity that mirrors real-life situations, whether in combat zones or during maintenance and assembly technicians training.
  • Efficient and cost-effective training: Using VR is a more efficient and more cost-effective way of handling military training sessions.
  • Anytime and anywhere access: The availability of VR technology on laptop VR devices allows for anytime and anywhere access to training resources, which can be shared over remote collaboration and virtual simulations.
  • Reduced risk: VR simulations help to reduce the chance of injuries due to realistic scenarios that allow soldiers to experience live situations in less dangerous environments.
  • Detailed 3D reviews: With 3D graphics, 3D artists can create more immersive scenarios, while those reviewing the simulations can have a more detailed view of the situation.

Among military training and defense organizations, VR-based training is gaining popularity for specific ports, instead of the traditional dedicated CPU and GPU equipment. This shift is driven by the need to lower hardware requirements and promote interoperability among training programs.

The benefits of VR technology in military and defense go beyond training and simulations to equipment design and optimization, and remote collaboration on sensitive projects. VR technology offers scalability, reduced costs, and detailed 3D reviews for all phases of the product development process

Emerging Technologies

Laptop VR devices and mixed reality (MR) technology are emerging technologies that have revolutionized military training and operations. VTAK, a new version of the Tactical Assault Kit that uses VR technology for mission planning and rehearsal in a 3D space, is one example of emerging VR technologies.

The Integrated Visual Augmentation System (IVAS) is an MR technology developed for the US Army, which offers real-time tactical information through a wide display range that soldiers can use to see around corners and through smoke. IVAS can also create a shared understanding of the battlespace among soldiers and leaders, reducing overall training time and increasing the effectiveness of mission execution.

In addition, Finnish company Varjo has developed the Varjo XR-1 headset that can create virtual and mixed reality simulations with targeted fidelity. The headset can help soldiers get a more accurate assessment of ongoing operations by creating high-quality simulations of complex environments, conducting operations at night and in bad weather, and projecting 3D terrain maps onto their field of vision.

Mixed Reality and Gamification in Military Training

MR technology and gamification are also being used to enhance military training. MR technology is effective in creating realistic simulations of complex environments for training soldiers to perform maintenance and equipment repair. MR technology uses holographic imagery that allows repair personnel to follow step-by-step maintenance and assembly instructions, reducing the overall time spent on training.

Gamification has also been incorporated into military training through serious games that allow for more engaging and effective training. Gaming technology is an active and engaging way of teaching soldiers new skills and protocols, making it a perfect fit for training purposes. Serious games can be used to create scenarios that teach complex skills or allow soldiers to practice teamwork and communication.

Overall, the combination of MR and gaming technology creates immersive, engaging, and effective simulations that can be used for training purposes effectively.

Future of VR in Military Training and Operations

The future of VR in military training and operations looks promising due to advancements in augmented reality (AR) technology and the elimination of “simulation sickness.” AR technology will provide soldiers with more effective situational awareness, enabling them to see through smoke and around corners, use holographic imagery for training and have 3D terrain maps projected onto their field of vision. Soldiers will also be able to view and manipulate data without having to remove their VR headsets.

To achieve this future, there is a growing need to develop lighter and more powerful VR headsets and laptops that can support high-performance computing and battery life. Laptop technology like the MSI Katana GF66, Alienware X14, ASUS ROG Strix Scar 18, Lenovo Legion 7 Gen 7, Razer Blade 18, and MSI CreatorPro X17 provide the powerful GPU and dedicated CPU that military personnel require. These laptops can support high-quality VR simulations, making them suitable for both military training and operations.

In addition, VR simulations will become more interoperable with military equipment, such as C2 platforms and ITAK, to create an integrated Virtual Tactical Operations Center (VTOC) that provides a seamless and transparent 3D view of the battlefield. The VTOC will enable leaders to monitor and plan military operations in real-time, reducing the time it takes to execute missions.

Finally, VR technology will continue to be used for specialized training, targeted equipment familiarization training, and medical training. As VR technology becomes more sophisticated, the military will continue to invest in new VR hardware and MR solutions to meet evolving training needs.

In conclusion, laptop VR technology is a reliable and cost-effective solution for military training and operations. The technology has streamlined training and operations by providing realistic and engaging simulations and reducing risks. As VR technology continues to evolve, the military will likely leverage emerging technologies to enhance training quality and effectiveness further.