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5 Ways Mixed Reality Training Improves Military Readiness and Skill Retention
In this article, we look at five ways mixed reality training (MR) improves military skill retention by enabling immersive repetition, realistic mission rehearsal, collaborative team training, scalable access to training environments and data-driven performance feedback.
Quick Jump
- Immersive repetition improves long‑term skill retention
- Realistic, scenario-based training improves knowledge transfer from training to real operations
- Mixed reality augments existing training protocols
- Multi-user capability improves team coordination and communication under pressure
- Real‑time performance data strengthens training outcomes and accelerates improvement
In June 2026, all of the UK’s five Astute class submarines were withdrawn from active duty to await routine maintenance, leaving Britain without an active attack-submarine force.
As a result, all five crews were grounded.
Aside from the obvious defence vulnerability, Cdr Ryan Ramsey, a former nuclear submarine captain, highlighted a broader issue not getting enough attention, saying “You could lose vital skill sets if you’re not operating at sea.”
Without an operational vessel, crews were left without an active environment to maintain basic judgement skills, procedural fluency or continue regular mission rehearsal and simulation-based training.
Like all high-performance professions, submarine operations are unforgiving. Skills fade quickly when they are not rehearsed in context, and traditional training tools cannot replicate the pressure, tempo or complexity of real missions.
This is exactly the type of challenge mixed reality is built to solve.
When platforms are offline, unavailable or in short supply, MR gives crews a way to stay sharp, practise realistically and retain the skills that matter most.
1: Immersive repetition improves long term skill retention
Inside high-fidelity mixed-reality environments, the brain encodes every second as a lived event rather than abstract information.
This matters because activities that feel experienced are stored more deeply and recalled more reliably under pressure.
Cognitive science shows immersive, context‑rich environments activate the same memory systems used in real operations, which strengthens retention far more effectively than classroom or 2D training.
Repetition then reinforces these pathways. When operators can rehearse the same task repeatedly in a realistic environment, they build familiarity, reduce cognitive load and retain procedural fluency for longer.
This is especially important in domains where skills degrade quickly without practice, such as submarine operations, aviation and UAS control.
2: Realistic, scenario-based training improves knowledge transfer from training to real operations
Mixed reality training blends physical and digital environments to deliver immersive, interactive scenarios that replicate real-world operational conditions, creating highly effective simulation training experiences.
Everything teams will or could experience for real, they can train for repeatedly, authentically and safely. Failures do not cost or risk anything. Instead, each failure becomes the next learning experience until there is just mastery.
This works because the brain retrieves information more effectively when the training environment shares cues with the operational environment.
Skills learned in realistic scenarios are recalled faster and applied more accurately under pressure, which is why scenario-based training consistently outperforms classroom or decontextualised practice.
MR strengthens this effect by placing crews inside operator-truthful synthetic training environments that mirror real interfaces, real procedures and real mission conditions. They rehearse the same tasks, follow the same workflows and experience the same pressures they will face during live missions.
This creates a direct bridge between training and operations, increasing the likelihood that skills learned in simulation will transfer cleanly into real-world performance.
3: Mixed reality augments existing training protocols
Mixed reality isn’t designed to replace traditional training, but rather to act as a modern, scalable capability that enriches overall training ecosystems.
Where live training is expensive, MR is cost efficient. Where live scenarios are inherently risky, MR provides a safe alternative.
And where live assets are limited, offline or committed elsewhere, MR enables access to high-value training that would otherwise be unavailable to help organisations maintain operational readiness even when physical platforms are not accessible.
This aligns closely with Live, Virtual, Constructive (LVC) training architectures used across defence, where live participants, virtual environments and simulated entities are integrated to create flexible, scalable and interoperable training systems.
In this context, mixed reality becomes a practical enabler of LVC approaches, increasing the fidelity of virtual scenarios while extending the availability and utility of live training.
As a result, MR strengthens existing training protocols by ensuring operators arrive better prepared, more fluent and more confident, even when traditional methods cannot deliver the required frequency, scale or realism.
Whole environments can be constructed to faithfully recreate authentic bridge layouts, cockpit design or control room configurations, allowing full crews to train together inside the same shared scenario.
4: Multi-user capability improves team coordination and communication under pressure
Mixed reality training is perfectly adapted to multi-user training.
Whole environments can be constructed to faithfully recreate authentic bridge layouts, cockpit design or control room configurations, allowing full crews to train together inside the same shared scenario.
This also enables distributed training, supporting continuous operational readiness across geographically dispersed teams.
It’s a feature many teams now use to work specifically on coordination, communication and collective decision making.
MR removes the constraints that often limit team‑level training. Crews can enter the same environment, see the same information and respond to the same pressures in real time, even when live platforms are unavailable or committed elsewhere.
They can rehearse communication discipline, refine handovers and build the shared situational awareness that underpins effective operations.
Because scenarios are repeatable, teams can run complex drills again and again until coordination becomes instinctive.
5: Real time performance data strengthens training outcomes and accelerates improvement
Mixed reality training generates detailed performance data that traditional methods cannot capture.
Every action, decision and interaction can be recorded, analysed and reviewed, giving instructors and teams a level of insight that is impossible to achieve through live exercises alone.
MR systems can track timing, accuracy, compliance with procedures, communication patterns and training effectiveness metrics.
This creates a clear picture of how individuals and teams perform under pressure, where errors occur and how skills develop over time.
It also allows instructors to deliver targeted feedback immediately, which is proven to accelerate learning and improve long‑term performance.
Because scenarios are repeatable, teams can run the same drill again with the benefit of precise, data‑driven feedback.
This turns training into a continuous improvement loop, strengthening readiness and ensuring that crews progress with clarity and confidence.
With MR, trainees reach second nature performance faster
Mixed reality accelerates the journey from basic competence to instinctive, second‑nature performance.
By combining immersion, realism, scalability, team‑level training and data‑driven feedback, it gives crews more opportunities to practise, refine and repeat the skills that matter.
The result is a defence training technology environment where operators learn faster, retain more and arrive better prepared for real‑world operations.
This is particularly valuable across defence, aerospace, aviation and maritime operations where readiness depends on maintaining complex skills over time.
Platforms such as VirtualSky enable this through immersive mixed reality training environments designed for defence and high-performance operations.
FAQs about Mixed Reality
What’s the difference between VR, AR, and MR?
- VR (Virtual Reality) puts you in a fully digital world.
- AR (Augmented Reality) adds digital info to the real world, like a heads-up display.
- MR (Mixed Reality) lets you interact with both. Think digital and real elements working together.
Each can be used in training, depending on what you’re preparing for.
Can mixed reality simulate force-on-force or multi-team scenarios?
Yes. Multi-agent training is a core strength of immersive tech. We can build complex, branching scenarios with full team interaction, which is great for simulating mission coordination, communication under stress and tactical awareness.
Can we use mixed reality to train across agencies?
Mixed Reality brings together multiple perspectives, such as police, fire and paramedics into one live scenario. Teams can rehearse coordinated response to complex incidents in a shared, dynamic environment.
Can mixed reality training be delivered remotely or across multiple sites?
Yes. Our training experiences are built for distributed teams. We can deploy modules across locations and even continents to deliver a shared training experience in real time, wherever your people are
Can mixed reality immersive training help meet NATO or ISO training readiness standards?
Yes. We align scenario development with your formal training goals and standards to help you evidence skill proficiency, consistency and operational readiness.
Interested to find out more?
Our team are ready to create your perfect training environment.
Get in touch today!
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MR, VR or AR.
Which one is best for you?
There’s a question we’re often asked by customers considering virtual reality (VR), augmented reality (AR) or mixed reality (MR) for their team development.
Given these terms are often used interchangeably, it’s an understandable point of clarification.
As for the answer, the truth is – it depends. They each have distinct capabilities tailored to different training needs and performance goals.
So, let’s take a closer look at what sets them apart and how to choose the right fit for your team.
Virtual Reality: Total immersion for total preparation
When you choose VR, you choose a fully immersive experience.
Once the headset is on, teams step into expertly recreated, high-fidelity virtual environments where they can rehearse complex operations safely and repeatedly.
And because it’s completely virtual, it’s the ideal solution when training involves risk, remote locations or coordination between teams.
For example, aviation crews can simulate entire flight missions without downtime or fuel costs.
In the defence sector, operators can rehearse tactical manoeuvres in simulated combat environments, while freight or construction teams can gain hands-on experience inside cockpits before stepping on-board.
Best for:
High-risk, high-complexity team training and developmentBenefit:
Repeatable, measurable, and fully controllable
Studies show that VR learners retain 75% more information compared to traditional training methods, completing tasks up to 4x faster.
Assc. For Talent Development
Augmented Reality: Smarter decisions in the moment
Unlike VR, which immerses users in a completely virtual world, augmented reality integrates useful data directly onto real-world environments through a tablet, smart phone or smart glasses.
It’s ideal for situations where field-based support is required without disrupting the ongoing task.
For instance, engineers can receive step-by-step repair instructions in real-time or construction workers can view underground utilities projected on the ground.
Best for:
Maintenance, inspections, just-in-time supportBenefit:
Real-time assistance with no need to leave the work environment
AR is proven to reduce error rates by up to 40% in field service operations.
HCL Tech
Mixed Reality: The best of both worlds
Combining the power of VR and AR, mixed reality blends real-world spaces with digital elements you don’t just see – like AR – but can also interact with and react to.
In real terms, it’s training in a physical space enhanced with virtual recreations of the environments, systems or objects teams will need to master.
For example, defence teams can plan missions collaboratively using MR to overlay real-time updates and digital elements over a physical map.
Full scale simulators can also be used to replicate the real-world experience and give the user a truly hands-on, virtual experience.
In aviation, MR can blend cockpit layouts with virtual training scenarios, while construction teams can visualise building plans and detect clashes on-site before physical work begins.
Best for:
Collaborative planning, physical-digital fusionBenefit:
Real-time, interactive overlays in real environments
Studies have shown that MR boosts team collaboration, leading to a 30% reduction in reworks in the construction sector, while providing greater efficiency and faster decision-making.
Travancore Analytics
So, which is right for you?
It depends on your goals, environment and the user’s role:
Choose VR:
When safety, precision and repeatability are paramount, especially in high-risk environmentsChoose AR:
When you need to utilise real world systems in a digital environment- Choose MR:
When you require collaboration, spatial awareness and interactive training in real-world environments
Still not sure which is best for your needs?
We can help you explore the best fit for your team.
Get in touch today!
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Portsdown Technology Park: The perfect base for Metaverse VR
26 July 2023
As an innovative, tech-focused hub and a well known centre of excellence for businesses from the maritime, technology, security and defence sectors, Portsdown Technology Park is the perfect base for Metaverse VR.
With the promise of being co-located with like-minded SMEs, OEMs and proximity to our customers we are excited to take on this space and make it our own. We had high ambitions to create a workplace that we all love to work in. We wanted it to elevate our brand and enable complex ways of working – no small task for Blue Jelly, our full service provider of design, fit out and furniture for positive environments where people want to work.
Our dream was brought to life by developing a futuristic reception area with a custom made, light box installation of the Metaverse VR logo surrounded by brand coloured uplighting and matching soft furniture. The Pure white Corian reception desk directs our brand aesthetic through to the open plan open-plan area for desk-based working. The Metaverse VR emblem is etched throughout the space into custom acoustic panels and the glass walls of the meeting room and simulators and floor-to-ceiling brand graphics coat the feature walls. Plus, behind a set of special doors, we’ve also got some Kongsberg Defence & Aerospace bridge simulators for Royal Navy trainees as part of our work on Team Fisher. And yes – that is Portsmouth Harbour the boat is docked in.
Blue Jelly’s Contracts Director Kevin Ward said, ‘this has been a complex and technical project, just how we like them! Working to MOD specifications and collaborating with specialist suppliers have all been part of the journey.’
The success of the new workplaces echoes through the team and we proudly show off the new space to visitors and clients alike.
Why not pop by?
We welcome visitors and look forward to sharing our office with our friends and customers.
Get in touch today!
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