According to various industry research reports such as those from PwC and MarketsandMarkets, the global VR training market is projected to surpass USD 6 billion within the next few years. This figure is more than just a projection, it is a clear signal that the way the world trains its workforce is undergoing a fundamental transformation. From manufacturing plants in Germany to underground mining operations in Australia, leading companies have begun adopting VR simulators as the backbone of their training programs.
The question is: are Indonesian companies ready?
Amid this transformation, AIMMETRIX emerges as a pioneer of immersive technology for domestic industries, proving that world-class innovation does not always have to come from overseas. Here are the latest VR training trends in 2026 that you need to know and how these trends are already becoming a reality in Indonesia.
1. VR Simulator for Soft Skills dan Leadership Training
If VR was once primarily associated with technical training operating heavy equipment, safety procedures, or manufacturing skills, the world is now recognizing its far greater potential: soft skills and leadership development. Global companies are increasingly using VR for crisis management simulations, cross-cultural empathy training, and workplace conflict de-escalation.
Trainees are placed into challenging social situations dealing with angry employees, leading teams under high-pressure conditions, or responding to discrimination related scenarios, where they must make real time decisions and reactions. The system then analyzes their responses and provides structured feedback.
This opens an entirely new dimension that is highly relevant for managers and industry leaders in Indonesia: leadership training that goes beyond classroom theory and becomes a realistic, immersive experience in a safe environment where mistakes become valuable learning opportunities.
2. Digital Twin Training: Simulations Identical to Real-World Conditions
Digital twin refers to the concept of replicating a real-world working environment into a 1:1 virtual world. It is not merely a simulation but a highly precise replica that reflects every physical, technical, and operational detail of the actual worksite.
The benefits are extraordinary: trainees can practice in a virtual “mine” or “factory” that is identical to the environment where they will eventually work, significantly shortening the adaptation curve in the field. There is no longer a gap between “what is learned during training” and “what is encountered in real operations.”
However, full-scale digital twin implementation is still evolving, especially in Indonesia. Achieving this level requires real-time data integration, specific site mapping, and synchronization with operational systems.
As a step toward this future, solutions such as the Mining Simulator MATRY by AIMMETRIX offer a high-fidelity simulation approach that realistically represents open-pit mining conditions. Although it is not yet based on a site specific digital twin, the simulator successfully bridges the gap between training environments and real-world field conditions.
This approach serves as an important foundation in the evolution toward future digital twin training where simulations are not only realistic, but also directly connected to operational environments.
3. Haptic Feedback: Experiencing the Virtual World Through Realistic Sensations
One of the biggest breakthroughs in the world of VR training is the integration of haptic feedback a technology that allows users to physically feel sensations within virtual simulations. Imagine gloves that vibrate when you hold a drill, or a vest that applies pressure simulation while working at heights. It is no longer just about visuals and audio now, the body itself becomes part of the learning process.
For high risk industries such as mining, this technology is not a luxury, but a necessity. Mining operators trained with haptic feedback have been shown to develop stronger muscle responses and greater confidence when facing real-world situations in the field.
4. Enterprise Adoption: From Pilot Programs to Full Deployment
It is no longer just an experiment. Fortune 500 companies such as Walmart, Boeing, and UPS have already implemented full-scale VR training deployments for hundreds of thousands of employees. Walmart, for example, has introduced VR headsets across its stores in the United States to train employees in handling difficult customer situations and warehouse safety procedures.
In Indonesia, this trend is also gaining momentum. PT Freeport Indonesia has become one of the pioneers, utilizing VR simulators since 2021 through AIMMETRIX for its underground blasting training program — preparing operators for complex and high-risk underground blasting procedures without exposing trainees to dangerous environments during the learning process.
This phenomenon signals one clear reality: VR training is no longer limited to technology companies — it is becoming the training infrastructure of the future for global industries.
Conclution:
These trends haptic feedback, full enterprise deployment, digital twin training, and VR simulators for soft skills development are no longer distant visions of the future. They are realities already being implemented today across leading industries worldwide.
For Indonesian companies operating in mining, manufacturing, energy, and other heavy industries, the question is no longer whether they should adopt VR training but when, and with whom.
AIMMETRIX is here as an immersive technology partner for Indonesian industries. With a proven track record working with major clients such as PT Freeport Indonesia and PT CJTP, we are ready to help your company design VR training programs tailored to your specific needs, scale, and budget.
Consult with our team about your company's training requirements for free at www.aimmetrix.id.
FAQ
What is a VR Training Simulator?
A VR Training Simulator is a training system based on Virtual Reality technology that immerses trainees in a three dimensional simulated environment. Users wear a VR headset and occasionally haptic devices such as gloves or controllers to interact with pre-programmed work scenarios.
The system records every action taken by the user, provides real-time feedback, and generates performance reports that can be used for competency evaluation.
How much does VR training implementation cost for companies?
The cost of implementing VR training varies significantly depending on the complexity of the simulator, the number of training scenarios, the number of headset units required, and the level of integration with existing LMS platforms. To obtain an accurate estimate tailored to your company’s specific needs, AIMMETRIX provides a free initial consultation session..
Can VR training completely replace conventional training?
VR training is most effective when used as a strategic complement not a total replacement for conventional training programs. For high risk technical skills, complex operational procedures, and situations that are difficult to replicate in the real world, VR delivers exceptional value. However, direct human interaction, mentoring, group discussions, and field practice still play important roles within a comprehensive training ecosystem..
Which industrial companies in Indonesia are already using VR training?
PT Freeport Indonesia is one of the pioneers of VR training adoption in Indonesia’s mining sector, utilizing AIMMETRIX’s underground blasting simulator since 2021. In addition, companies across the manufacturing, energy, and construction sectors have also begun adopting this technology as part of their workforce competency development programs..
This article is published by the AIMMETRIX team. For more information about VR training solutions for your industry, you can check www.aimmetrix.id