Mixed Reality vs Virtual Reality in Training: What Additional Potential?

In the context of training, Virtual Reality (VR) offers fully immersive experiences by plunging learners into simulated environments. Mixed Reality (MR), which combines virtual elements with the real world, takes this a step further. By adding interactions between the virtual and the real, MR provides new perspectives for more effective, collaborative, and immediately applicable training. With the arrival of new headsets, such as those from Meta and Pico, this technology has also become very financially accessible, facilitating its adoption in the professional environment.

Interaction with the real environment: a learning experience rooted in reality.

Unlike VR, which isolates the learner in a completely virtual world, MR allows for the integration of digital elements within the real environment. The learner can still see, hear, and interact with their physical surroundings while receiving additional information through virtual elements.

In the field of training, this translates into situations where a learner can use real tools while following instructions displayed in mixed reality. For example, a trainee electrician can manipulate a real distribution board while seeing virtual visual cues appear regarding the various steps to follow or safety points to check. This continuity between the virtual and the real allows for better skill acquisition, as the learner is in direct contact with the objects they will use in their professional daily life.

Collaborating in real-time on training tasks.

One of the main advantages of mixed reality (MR) over virtual reality (VR) is the ability for multiple users to interact together on the same virtual object while remaining grounded in their physical environment. This enables a seamless collaborative approach.

Let’s take the example of training in industrial maintenance. Multiple technicians can be in the same room and simultaneously observe a virtual model of the machine they are learning to repair. Each technician can propose actions, test procedures, or discuss solutions to be adopted while seeing the adjustments made in real time. This type of collaboration, enhanced by mixed reality (MR), allows learners to work together effectively and interactively, sharing a common object of study.

Using physical objects while integrating virtual data

One of the aspects that fundamentally differentiates mixed reality (MR) from virtual reality (VR) is the ability to interact with physical objects while receiving virtual data. In MR, the learner can more easily use real tools or equipment while being guided by real-time virtual information.

For example, during an automotive maintenance training session, a learner can manipulate a real engine while seeing virtual information projected onto the various parts. This information can include assembly instructions, technical diagrams, or specific points of attention. This allows for a smooth integration of theory and practice, providing training that is both realistic and instructive.

Remote assistance: the expert at your fingertips.

Another major advantage of mixed reality is the ability to integrate real-time remote assistance from an expert. With mixed reality, a trainer or expert can monitor the learner’s actions live and provide precise guidance without being physically present.

For example, in an industrial equipment maintenance training, a remote expert can observe, through a video stream, what the learner sees through their mixed reality glasses. They can then directly annotate the image perceived by the learner, point out specific areas of the machine, or provide verbal and visual instructions to correct an error or guide the learner through a complex procedure. This ability to receive personalized assistance in real-time without being on-site is a significant advantage for training, especially when qualified human resources are limited.

Enhancing immersion while staying connected to the real world.

Unlike VR, where the user is completely disconnected from their physical environment, mixed reality maintains a connection to it, which is essential in certain training scenarios where interaction with real equipment or colleagues is necessary.

In a fire safety training scenario, for example, the learner can see virtual flames appearing in a real physical environment while having access to guidance on the actions to take, risks to avoid, or the proper use of a fire extinguisher. Learning occurs in complete immersion, but within an environment that remains grounded in the learner’s professional reality, providing a better transition to real-world situations.

Real-time feedback for continuous adaptation.

Mixed reality (MR) also allows for immediate and contextual feedback. During training, learners can receive advice, alerts, or corrections in real-time, directly integrated into their environment. This enhances hands-on learning by helping learners correct their actions without interrupting their workflow.

Take the case of a welding training: if the learner makes a technical mistake, mixed reality (MR) can instantly display corrective indications directly on the piece being worked on, such as guide lines or messages indicating poorly welded areas. This immediate feedback, based on real actions, helps reinforce learning through experience.

By allowing simultaneous interaction with real and virtual objects, mixed reality (MR) not only anchors learning in the reality of the work environment but also enhances collaboration and provides real-time remote assistance. For training that requires handling real equipment or facilitating exchanges between teams, MR emerges as a flexible, realistic, and immediately applicable technology.

“Mixed Reality in Training: A New Paradigm of Learning”

“Mixed Reality (MR) combines virtual reality (VR) and augmented reality (AR), opening new perspectives for training. While VR immerses the user completely in a digital environment, MR overlays virtual elements onto the real world, creating a dynamic interaction between the two. Let’s explore the benefits of MR in training and how it could transform learning methods.”

Advantages of Mixed Reality Compared to Virtual Reality

The rise of Mixed Reality (MR) is transforming how professionals interact with their environment by innovatively blending the real and virtual worlds. Unlike Virtual Reality (VR), which isolates users in a fully digital universe, MR allows for partial immersion, keeping users connected to the physical world while interacting with virtual elements. This approach reduces disorientation and visual fatigue that can be associated with VR.

Training scenarios in Mixed Reality (MR) can be directly applied to real work environments, facilitating relevant contextual learning. For example, a technician can see virtual instructions overlaid on a real machine, enhancing the effectiveness of hands-on training. This contextual method allows for immediate integration of acquired skills, making the training directly applicable.

MR also stands out for its ability to facilitate real-time collaboration, whether in the same physical space or remotely. Users can manipulate avatars and virtual objects together, which encourages collaborative learning. They can also use their hands and gestures to interact with objects, making the experience closely resemble real-world interactions.

In terms of equipment, the situation is evolving rapidly. New MR headsets, such as those offered by Meta or Pico, combine the capabilities of MR and VR, providing increased versatility. This integration reduces the need to choose between different devices for various applications. Additionally, these headsets have become very financially accessible, allowing for wider adoption within companies. The industry is moving towards more integrated and affordable solutions.

Mixed reality also offers significant economic benefits. It allows for training employees directly at their workplace, thus reducing travel costs and the need for dedicated training facilities. Sessions can be conducted on demand, minimizing interruptions to operations.

Practical Applications of Mixed Reality in Continuing Education

By integrating virtual elements into a real environment, mixed reality (MR) is particularly advantageous for contextual training. In the industrial sector, technicians can see virtual instructions overlaid on real machines. This enables practical and immediate training: learners apply instructions in real time, avoid mistakes, and enhance operational efficiency.

In maintenance and repair, MR provides visual guides and step-by-step instructions. This enables technicians to resolve complex issues more quickly without waiting for an expert or, if necessary, by bringing in an expert remotely.

Continuing education often involves preparing for complex and varied situations. MR allows for the creation of realistic simulations of these scenarios, giving learners the opportunity to practice and develop key skills in a controlled environment. In the medical field, surgeons can train on delicate procedures with patient holograms, without risking real patients.

As mentioned, MR promotes real-time collaboration, whether in the same physical space or remotely. This approach is particularly useful for geographically dispersed teams, allowing for consistent and simultaneous training without the logistical constraints of travel.

Training scenarios in Mixed Reality (MR) can be directly applied to real work environments, facilitating relevant contextual learning. For example, a technician can see virtual instructions overlaid on a real machine, enhancing the effectiveness of hands-on training. This contextual method allows for immediate integration of acquired skills, making the training directly applicable.

MR also stands out for its ability to facilitate real-time collaboration, whether in the same physical space or remotely. Users can manipulate avatars and virtual objects together, which encourages collaborative learning. They can also use their hands and gestures to interact with objects, making the experience closely resemble real-world interactions.

In terms of equipment, the situation is evolving rapidly. New MR headsets, such as those offered by Meta or Pico, combine the capabilities of MR and VR, providing increased versatility. This integration reduces the need to choose between different devices for various applications. Additionally, these headsets have become very financially accessible, allowing for wider adoption within companies. The industry is moving towards more integrated and affordable solutions.

Mixed reality also offers significant economic benefits. It allows for training employees directly at their workplace, thus reducing travel costs and the need for dedicated training facilities. Sessions can be conducted on demand, minimizing interruptions to operations.

Some "concrete-concrete" examples:

Engineering and construction

  • 3D modeling and design projects: Engineers and architects can use AR to visualize 3D building models directly on the construction site, identifying and resolving potential issues in real time.
  • Construction site safety: AR can be used to train workers on safety protocols by overlaying instructions and virtual hazard zones onto the real site. This helps workers better understand the risks and the safety measures to apply.

Several years ago, Audace developed its very first AR system for Orano on the theme of safety. In collaboration with ORANO RD, AUDACE created a training and visualization tool for ionizing points within EDF CPE workshops. Instructions and advice appear in the operator’s glasses at each stage of the intervention, as well as “hot spots” to avoid. This enables the operator to progress quickly in their real environment with minimal risk of exposure.

In maintenance and repair, MR provides visual guides and step-by-step instructions. This enables technicians to resolve complex issues more quickly without waiting for an expert or, if necessary, by bringing in an expert remotely.

Continuing education often involves preparing for complex and varied situations. MR allows for the creation of realistic simulations of these scenarios, giving learners the opportunity to practice and develop key skills in a controlled environment. In the medical field, surgeons can train on delicate procedures with patient holograms, without risking real patients.

As mentioned, MR promotes real-time collaboration, whether in the same physical space or remotely. This approach is particularly useful for geographically dispersed teams, allowing for consistent and simultaneous training without the logistical constraints of travel.

Training scenarios in Mixed Reality (MR) can be directly applied to real work environments, facilitating relevant contextual learning. For example, a technician can see virtual instructions overlaid on a real machine, enhancing the effectiveness of hands-on training. This contextual method allows for immediate integration of acquired skills, making the training directly applicable.

MR also stands out for its ability to facilitate real-time collaboration, whether in the same physical space or remotely. Users can manipulate avatars and virtual objects together, which encourages collaborative learning. They can also use their hands and gestures to interact with objects, making the experience closely resemble real-world interactions.

In terms of equipment, the situation is evolving rapidly. New MR headsets, such as those offered by Meta or Pico, combine the capabilities of MR and VR, providing increased versatility. This integration reduces the need to choose between different devices for various applications. Additionally, these headsets have become very financially accessible, allowing for wider adoption within companies. The industry is moving towards more integrated and affordable solutions.

Mixed reality also offers significant economic benefits. It allows for training employees directly at their workplace, thus reducing travel costs and the need for dedicated training facilities. Sessions can be conducted on demand, minimizing interruptions to operations.

Logistics and supply chain management

  • Warehouse optimization: Warehouse managers can use mixed reality to improve organization and stock management. This technology allows real-time display of product locations, picking paths, and inventory levels. This helps employees locate items more quickly, optimize picking routes, and reduce picking errors, thereby increasing operational efficiency.

Aerospace maintenance

  • Aircraft maintenance simulation: Maintenance technicians can receive detailed training on aircraft maintenance using 3D models overlaid on real aircraft or specific parts of aircraft. This allows for realistic and safe practice of procedures without taking operational aircraft out of service.

Automotive industry

  • Design and prototyping: Automotive designers can use mixed reality to visualize and adjust 3D prototypes in a real-world environment, facilitating the design process and reducing the need for costly physical prototypes.
  • Repair: Repair technicians can see schematics and repair steps overlaid on actual vehicles.

Here again, Audace has proven experience. In collaboration with Exxotest, Audace developed a training tool for diagnosing and repairing faults in Volvo D8 industrial engine machines.

Training in customer service and sales

  • Customer service scenarios: Employees can train to handle various customer service situations through interactive RM simulations. This may include interactions with client avatars, allowing employees to practice their communication and problem-solving skills.
  • Product visualization: Sales representatives can use RM to present complex or bulky products to clients. For example, an industrial machinery salesperson can showcase a virtual version of the machine in the client’s factory, facilitating the understanding of the product’s benefits and its on-site integration.

Indeed, mixed reality offers almost limitless possibilities for continuous training across various professional fields. By integrating interactive virtual elements into real environments, it enables immersive, practical, and effective learning experiences. RM transforms the way skills are acquired and refined, making training more accessible and relevant to the specific needs of each sector.

Renault – VR Serious Game for Electrical Hazard Awareness

DEVICE

This virtual reality training includes 3 levels. The learner experiences the risk of electrification. He then observes the effects of electricity on the human body and the sensations felt as it increases thanks to animations: tingling, changes in heart rate… until burning and paralysis. In this VR application, the learner can also carry out typical exercises, ensuring the choice of the right tools and compliance with safety protocols.

TARGET

Operators working on the assembly of electric vehicles.

OBJECTIVES
  • Know how to use Ohm’s law to associate batteries with electrical devices;
  • Know the effects of electricity on the human body;
  • Know how to identify breaches of security protocols;
  • Remind yourself of the need for PPE to protect yourself from electrical risks

Management and deployment of VR hardware: a strategic lever

Formations VR : une application formateur de gestion et visualisation multi-apprenants.

Extended reality (XR), which encompasses virtual (VR), augmented (AR) and mixed (MR) reality, is radically transforming the professional training landscape. Immersive technologies provide unprecedented learning experiences, making sessions more interactive, engaging and effective. However, the large-scale deployment of XR devices poses significant challenges for organizations, particularly in terms of technical management, logistics, and financial and human investment. With a strategic approach and effective management, these challenges can be overcome to realize the many benefits VR offers in immersive and interactive training.

Needs assessment, configuration and maintenance of VR hardware

The first step to a successful deployment is assessing the organization’s specific hardware and software needs. This includes choosing the right VR headsets, powerful workstations and software needed for an optimal immersive experience. Specialist providers, such as Ino-VR and ArborXR, offer comprehensive solutions that cover the supply, configuration and maintenance of XR equipment.

Once the equipment has been acquired, the configuration phase is key. It must be carried out by qualified technicians who will configure each device with the required applications and settings. Ongoing maintenance is just as important to ensure the durability and optimal performance of equipment. Platforms like ArborXR offer fleet management services that centralize control of devices, simplifying software updates and troubleshooting technical issues.

The Benefits of XR Hardware Deployment Services

Scalability and flexibility

XR hardware deployment solutions are highly scalable, allowing businesses to train large numbers of employees simultaneously, without the geographic constraints of traditional classrooms. The flexibility offered by XR technologies also allows training content to be quickly adapted to changing industry needs.

Reduced costs and risks

Although the initial investment in XR equipment may seem high, it is quickly paid for by the reduction in costs associated with traditional training, such as travel, physical trainers and rental of premises. Additionally, XR training reduces the risks associated with learning dangerous tasks.

Once the equipment has been acquired, the configuration phase is key. It must be carried out by qualified technicians who will configure each device with the required applications and settings. Ongoing maintenance is just as important to ensure the durability and optimal performance of equipment. Platforms like ArborXR offer fleet management services that centralize control of devices, simplifying software updates and troubleshooting technical issues.

The benefit of deploying and managing XR headset fleets

For developers: a real-time laboratory

For developers, fleets of XR headsets distributed across businesses and training institutions provide a valuable testing ground for their applications. This proximity to the field can enable rapid and voluminous collection of data on usage, performance and user interaction with XR technologies. By leveraging this data, developers can improve usability, resolve specific issues, and continuously innovate. In addition, centralized headset management facilitates the deployment of updates and adjustments, thus ensuring constant improvement in the quality and efficiency of the applications offered.

Once the equipment has been acquired, the configuration phase is key. It must be carried out by qualified technicians who will configure each device with the required applications and settings. Ongoing maintenance is just as important to ensure the durability and optimal performance of equipment. Platforms like ArborXR offer fleet management services that centralize control of devices, simplifying software updates and troubleshooting technical issues.

For users: an improved and secure experience

On the user side, professional management of XR headset fleets guarantees a consistent and high-quality user experience. Users benefit from well-maintained headsets, up-to-date software, and responsive technical support, all essential for optimal immersion and interaction. Additionally, standardizing hardware and software across a fleet significantly reduces compatibility issues and downtime, which is crucial during high-stakes training or complex simulations.

A win-win partnership

XR headset fleet management creates an ecosystem where developers and users mutually benefit from continuous advancements and improvements. For developers, it’s about accelerating the development and innovation cycle through direct and constant feedback. For users, it is the assurance of reliable and cutting-edge technology adapted to their specific needs. Effective management of XR headset fleets makes it possible to fully exploit the potential of extended reality in the professional field, transforming training practices and paving the way for new learning and collaborative work methodologies.

Addons that make it easier to create immersive applications

In a world increasingly focused on augmented (AR) and virtual reality (VR), developers are constantly looking for solutions to simplify and accelerate the creation of immersive applications. Photon Engine, with its Photon Fusion and Photon Unity networking (PUN) products, offers tools that facilitate XR development.

Photon Fusion: Optimization of Interactions in Real Time

Photo Fusion is designed to meet the specific requirements of XR applications by providing optimized management of real-time interactions with low latency. Which is vital for maintaining the immersion and fluidity of VR and AR experiences. By simplifying state synchronization, network physics management, and multiple input, Fusion allows developers to focus on creating high-quality content without worrying about technical networking aspects.

Concrete example: in the health field, a simulation can allow surgeons to practice complex procedures in cooperation with other surgeons connected remotely. They can interact with virtual instruments and modeled organs with real-time response, providing an innovative training and collaboration platform.

Photon PUN: integration with Unity for Multi-user Applications

Photon PUN is specifically tailored to Unity, one of the most popular development engines for AR and VR. The integration of PUN in development allows you to benefit from numerous software bricks or addons (complementary modules or extensions, which add additional functionalities to a main program) which facilitate the development of immersive multi-user applications.

Concrete perspectives for development in XR

The future of XR development with tools like those from Photon looks promising. By simplifying the complexity of networks, Photon makes it possible to embark on more ambitious XR projects. For example, creating virtual workspaces where interactions are as natural as in the real world.

These tools facilitate the creation of immersive applications, allowing businesses and educators to develop innovative solutions that not only improve operational and educational processes, but also pave the way for more immersive and engaging user experiences.

Language learning. A 2021 study found that immersion in a VR environment where learners practice the language in real-world contexts not only improves procedural memory but also builds confidence using the language in practical situations.

Military and aeronautical training. VR flight simulators have long been used to train pilots, allowing them to memorize flight procedures without the risks associated with flying a real plane.

Training in technical procedures and gestures. At Bridgestone, a virtual reality tire manufacturing training simulator, produced by Audace, is part of a blended learning course combining theoretical and practical content. Operators deepen their theoretical knowledge of different machine tools via e-learning; then, with this first training completed, they train in technical operations on the virtual twin. Finally, the learner can put their training into practice on a physical twin and practice the different operations by activating, in particular, their muscle memory.

This comprehensive training course made it possible to increase productivity as well as employee safety by reducing security incidents and non-quality problems by 30 to 50%. Furthermore, significant economies of scale have been achieved: the immobilization of material production resources required for training has been reduced by 80% and the immobilization of human resources by 90%.

Impact of immersive learning on procedural memory

Immersive learning, often achieved through technologies such as virtual reality (VR) or augmented reality (AR), represents a revolution in education and professional training. Its impact on the development of procedural memory, which is the ability to remember how to perform certain tasks, is increasingly recognized. This article explores the benefits of immersive learning for procedural memory.

Definition and importance of procedural memory

Procedural memory is a subcategory of long-term memory that concerns the acquisition of motor and cognitive skills. It allows individuals to perform tasks without actively thinking about them, such as driving a car or playing a musical instrument. In an educational and professional context, developing this form of memory can significantly increase efficiency and performance.

Neurological foundations and mechanisms

VR and AR immerse users in interactive environments that intensely stimulate brain regions associated with procedural memory, such as the motor cortex and striatum. Neuroscience studies have used functional magnetic resonance imaging to show that these environments engage the brain in ways similar to real-world physical practice, strengthening motor and cognitive skills through task repetition in a controlled, realistic setting.

Practical applications and case studies

Research from Stanford University showed that surgeons trained via VR simulators performed 29% faster and made 37% fewer errors than those trained via traditional methods. La VR permet de simuler des opérations chirurgicales, offrant une répétition sans risque des procédures.

Language learning

A 2021 study found that immersion in a VR environment where learners practice the language in real-world contexts not only improves procedural memory but also builds confidence using the language in practical situations.

Military and aeronautical training

VR flight simulators have long been used to train pilots, allowing them to memorize flight procedures without the risks associated with flying a real plane.

Training in technical procedures and gestures

At Bridgestone, a virtual reality tire manufacturing training simulator produced by Audace is part of a blended learning course combining theoretical and practical content. Operators deepen their theoretical knowledge of different machine tools via e-learning; then, with this first training completed, they train in technical operations on the virtual twin. Finally, the learner can put their training into practice on a physical twin and practice the different operations by activating, in particular, their muscle memory.

This comprehensive training course made it possible to increase productivity as well as employee safety by reducing security incidents and non-quality problems by 30 to 50%. Furthermore, significant economies of scale have been achieved: the immobilization of material production resources required for training has been reduced by 80% and the immobilization of human resources by 90%.

Benefits and motivation

Beyond efficiency, immersive learning in VR is often more motivating for learners. A study from Ohio University found that student engagement was significantly higher during VR learning compared to traditional methods. Total immersion helps maintain concentration, reducing distractions and increasing information retention

Immersive learning is therefore a powerful tool for the development of procedural memory, providing more engaging, effective and safe learning methods. As technology continues to evolve, it is likely that its use will become even more widespread, transforming traditional methods of education and job training.

Industry: 7 key skills mastered thanks to immersive training

In an environment where innovation and competitiveness are essential, rapid and effective training of your employees is a major asset. Immersive technologies offer a superior learning method to traditional techniques.
For nearly 25 years, Audace has been at the forefront of Immersive Learning, supporting big names in the industry in the deployment of innovative and efficient immersive solutions.

In this webinar organized in partnership with France Immersive Learning, Jérôme Poulain, Associate Director of Audace and Yann Leurent, VR Product Manager, will share in-depth insights on the specific skills that immersive training can strengthen in your employees.

You will also explore case studies showing how industrial leaders have optimized the performance of their teams using this technology.

Whether you are an HR professional, training manager or operations manager, this webinar is designed to give you the tools and knowledge you need to transform training in your business and unlock the full potential of your employees.

Fill out this form to receive the webinar.

Go beyond the boundaries of training: 10 reasons to adopt immersive learning

Immersive technologies such as virtual reality, mixed reality and augmented reality can radically transform the way people learn and grow in business. For nearly 25 years, Audace has been at the forefront of this learning method, supporting its clients in the deployment of innovative immersive training.

In this new webinar, hosted by Jérôme Poulain, Associate Director of Audace, you will dive into the captivating world of immersive learning and discover the undeniable advantages of this educational approach in professional training.

Discover how immersive learning, by increasing learner engagement and significantly improving information retention, goes beyond conventional approaches and reinvents training journeys.

In the program :

  • The basics of immersive learning: definition and associated technologies
  • The key benefits: Discover how immersive learning offers an incomparable learning experience, promoting engagement, motivation and knowledge retention.
  • Inspiring case studies: Discover concrete examples of successful deployments of immersive training in various sectors of activity.
  • Cost and ROI: Analyze the initial investment necessary to implement immersive training, as well as the economic impact and long-term benefits for your business.
  • Questions/Answers: Take advantage of an interactive session to ask Jérôme Poulain your questions and obtain personalized advice.

Join us to understand how immersive learning can transform your approach to training and improve the performance of your business!

Fill out this form to receive the webinar.

See you at the Learning Technologies 2024 show

The flagship event in the field of learning and educational technologies is coming!

Audace will meet you at the Learning Technologies 2024 show on January 24 and 25 at Paris Expo – Porte de Versailles.

Come share your questions with us, discuss your specific needs and share live demonstrations on stand R21!
Our teams will be happy to explain to you how our innovative training solutions can boost your company’s performance and help your teams excel!

We tested for you: Meta Quest 3

The Meta Quest 3 pushes the boundaries of virtual and mixed reality with its elegant design, with its 4K screen offering a resolution of 2064×2208 pixels per eye, offering sharp and detailed images, and its powerful processor which allows for a fluid and responsive immersive experience . In addition, its starting price of €549.99 in the 128GB version (€699.99 for 512GB) is, as Mark Zuckerberg said, “the best general public mixed reality headset” currently available. Mixed reality, which allows the real and virtual world to be merged, adds a new way of interacting in a universe that we know. An Audace employee tested it for you and offers their feedback.

Yohann tested it for you

Grip, headset design, comfort of use

“From the moment I placed the headset on my head, I appreciated the design and texture of the controllers offering a very pleasant grip. The strap, although not offering extremely comfortable support, remains acceptable. »

Ergonomics / UI

“The controllers, visually revisited and reminiscent of those of the Meta Quest Pro, appear very ergonomic. Using your hands to interact with the menus is a particularly nice feature, allowing you to navigate easily and intuitively. The ability to grab a menu and position it in my field of vision, open another page, makes for a very smooth user experience. »

Mixed reality

“As soon as the headset is turned on, immersion in the world of mixed reality is immediate. Mixed reality, based on two front cameras and an environment sensor, offers impressive quality, contrasting sharply with previous generations like the Quest 2. The passthrough function, allowing objects to be caught in the real environment, marks a notable progress. »

Performance

“The Snapdragon XR2 Gen 2 processor, surpassing those of the Quest Pro and Quest 2, ensures excellent performance without slowdown or drop in frame rate. The autonomy of the headset is another strong point, allowing continuous use for two hours with an energy reserve for another half hour. »

“To evaluate mixed reality, I tested the game “First Encounters”, where the precise scanning of the room I was in offered me a harmonious superposition of the game on the physical environment. Likewise, in “Expect You To Die: Home Sweet Home”, the intuitive handling of the controllers made the interactions natural, which allowed me to solve the puzzles (exciting by the way) with hyper-realistic effects in my own living room. »

Below we can find a table of the positives and negatives of this new Meta Quest 3:

Strong points weak points
Well detailed image, high resolution, Pancakes lens for increased sharpness Helmet strap not very comfortable after
long session. Maybe improved by the strap
elite offered by Meta (€79.99) or by others
solutions offered by accessories sellers.
Superior performance, fast refresh rate Charging port and jack cable are not on the same side
Quality mixed reality in color, better immersion, precise hand tracking Batteries for controllers. However, this allows for longer runtime than batteries and instant changeover if the batteries run out.
Automatic recognition of the environment and “VR face” objects at the end of the session (marks on the face after a long session)
Better battery life but… to be increased for future headsets or can be increased today via kits such as those offered by BoboVR
Affordable price (€549.99 in 128GB) No eye-tracking function.
Compatibility with a large number of titles on the Quest Store
Oculus Link possible for wired use with a computer or wireless with Wi-Fi streaming from the computer