Ukrainian Military Enhances Readiness with Advanced XR Training from Varjo and Fynd Reality
The Ukrainian Armed Forces have taken a significant step in bolstering their combat readiness by adopting advanced virtual training technologies. This initiative is a collaborative effort between Finnish technology company Varjo and Norwegian firm Fynd Reality.
Advanced XR Training for Combat Readiness
As part of this effort, Varjo's XR-4 Secure Edition headsets are being used in conjunction with Fynd Reality’s CORE XR training platform. This combination provides immersive, realistic training environments for Ukrainian soldiers.
The training program emphasizes:
| Familiarisation with combat vehicles |
| Procedural and operational training |
| Maintenance training for multiple systems |
The Leopard 2 A4 main battle tank is among the platforms used in the training.
Addressing Battlefield Training Challenges
Due to the deployment of most operational vehicles to the front lines, Ukrainian troops often face restricted access to real equipment for training purposes. The XR-based system addresses this issue by:
| Providing realistic simulation environments |
| Reducing reliance on physical assets |
| Facilitating pre-deployment readiness |
Nordic Defence Cooperation
This project is a component of a broader Nordic defense collaboration, supported by Norway’s Nansen Program, with procurement overseen by the Norwegian Defence Materiel Agency.
| Total project value | NOK 82.5 million (~€7.2 million) |
| Initial delivery | 39 XR training systems |
Faster and Safer Training
Developers highlight the benefits of XR training, noting that it allows for learning at a rate up to four times faster. It also supports multi-user, scenario-based simulations, enhancing soldier safety and boosting operational confidence.
The system empowers Ukrainian personnel to create their own training content locally, fostering long-term capability development.
Focus on Security and NATO Standards
Varjo's technology was selected based on its:
| High-level security architecture |
| NATO-compatible manufacturing standards |
| Suitability for mission-critical defense environments |
Operational Impact
Ukrainian instructors report that even brief XR training sessions enable soldiers and cadets to execute basic procedures in real tanks, significantly enhancing their battlefield readiness and survivability.
Conclusion
The integration of XR-based training represents a pivotal advancement in military preparedness. It underscores how state-of-the-art simulation technology can enhance combat readiness, mitigate risks, and expedite training for forces engaged in high-intensity conflict situations.
