Reshaping Naval Maintenance and Training with FM OnBoard XR Technology

Maritime defense is facing numerous challenges in the modern world. From global tensions to unpredictable weather patterns, naval forces are in need of advanced technological solutions. And one technology that has emerged as a critical defense tool is extended reality (XR). With its ability to enhance situational awareness and decision-making, XR is reshaping the way naval technicians are trained and maintenance is conducted.

Training a New Generation of Naval Technicians

XR technology has found its primary application in training naval personnel. A study conducted by PricewaterhouseCoopers in 2020 revealed that employees retain up to 80% of their knowledge one year after completing XR training, compared to just 20% with traditional training methods. This is particularly relevant as 86% of new recruits under the age of 34 are avid gamers, making XR training essential for long-term knowledge retention and engagement.

One solution that is leading the way in XR training is FM OnBoard developed by Fairbanks Morse Defense. With FM OnBoard, naval technicians can train in their actual working spaces, using the equipment they are responsible for maintaining, in a safe learning environment. Whether it’s accessing training manuals, instructional videos, or connecting with remote technical support, FM OnBoard provides a flexible and comprehensive training experience.

Updating Training and Maintenance

The lifespan of a marine asset can be anywhere from 30 to 40 years, and during that time, various changes can occur. Maintenance procedures may need adjustments, new parts may replace obsolete ones, and new tools or technologies may be integrated. FM OnBoard’s XR platform allows navies to provide updated modules and digital resources, enabling technicians to adapt to these changes and receive the most up-to-date training.

Maintaining Crewed Vessels

Maintenance and repair in the maritime industry often require specialized expertise, resulting in additional costs and travel expenses. However, XR technology is changing the game. A case study by KognitivSpark revealed that using XR for maintenance and repair allowed technicians to resolve 60% of support issues without the need for onsite specialists. This not only reduces costs but also minimizes equipment downtime.

FM OnBoard facilitates remote communication in real-time between onsite technicians and remote technical resources. Through a collaborative, hands-free experience, technicians can troubleshoot and complete repairs more efficiently, regardless of their location. This not only saves time but also increases operational availability, as repairs can be conducted without delays due to travel or external expertise.

Anomaly Detection

As navies incorporate uncrewed vessels into their fleets, the need to replace traditional maintenance methods with advanced technologies becomes apparent. XR solutions like FM OnBoard can play a crucial role in anomaly detection and maintenance. By utilizing real-time visuals and remote collaboration, technicians can identify and resolve issues more effectively, preventing potential risks and ensuring the smooth operation of uncrewed vessels.

Related Facts

• XR training enables naval technicians to retain up to 80% of their knowledge after one year, compared to just 20% with traditional training methods (PricewaterhouseCoopers).
• 86% of new naval recruits under the age of 34 are avid gamers, making XR training essential for engaging and retaining the next generation of sailors (U.S. Space Force).
• Using XR for maintenance and repair can lead to a 60% resolution of support issues without the need for onsite specialists (KognitivSpark).
• Equipment downtime can be reduced by an average of 14-20 hours through the use of XR technology for maintenance and repair.
• XR technology allows for real-time collaboration and troubleshooting between onsite technicians and remote technical resources, regardless of location.

Key Takeaway

XR technology, such as FM OnBoard, is revolutionizing naval maintenance and training. From improving knowledge retention to streamlining repair processes, XR solutions offer significant advantages for maritime defense. By embracing these technologies, naval forces can enhance their readiness and ensure mission success in an increasingly complex and challenging world.

Conclusion

The availability of technological solutions for maritime defense has never been greater. XR technology, with its immersive and interactive capabilities, is reshaping the way naval technicians are trained and maintenance is conducted. FM OnBoard’s XR platform provides a comprehensive training experience, allowing technicians to train in their actual working spaces and access valuable resources. Additionally, XR technology facilitates remote collaboration, reducing costs and increasing operational availability. As navies adapt to new challenges and incorporate uncrewed vessels, XR technology will continue to play a crucial role in enhancing situational awareness, decision-making, and overall readiness in maritime defense.