Driver VR training & management platform
The logistics industry is transforming, with a growing demand for safer, more efficient driver training. RoadMaster VR leverages VR, AI, 5G, and biometrics to meet this need, making it essential for today’s market.
While competitors rely on traditional e-learning and simulator-based training, RoadMaster VR provides fully immersive and modular VR scenarios. Our advantage comes from personalized training, scalability, and the ability to integrate with existing telematics systems.
Faster to train than in class
More confident to apply skills learned after training
More emotionally engaged than classroom learners
More focused than their e-learning peers
Source: PwC research
RoadMaster VR integrates AI-driven solutions to enhance driver training and performance analysis. AI will personalize training modules based on individual driver behavior, providing adaptive learning experiences. In analytics, AI will generate detailed insights and reports, helping fleet managers track progress, identify risks, and optimize efficiency. Smarter training, better decisions, and safer roads—powered by AI.
With flexible, on-demand modules.
80% knowledge retention.
Real-time improvement.
Per driver annualy.
Consistent, long-lasting knowledge, fuel savings, and CO₂ reductions.
Classroom-based, takes weeks.
Challenging to retain focus.
Often lacks data support.
For trainers, materials and equipment.
Retention fades over time.
With flexible, on-demand modules.
Classroom-based, takes weeks.
80% knowledge retention.
Challenging to retain focus.
Real-time improvement.
Often lacks data support.
Per driver annualy.
For trainers, materials and equipment.
Consistent, long-lasting knowledge, fuel savings, and CO₂ reductions.
Retention fades over time.
RoadMaster VR is developed by experts, grounded in scientific research and biometric data, and created through an R&D project with consortium partners.
Subject matter experts
Scientists
Truck drivers
XR and VR specialists
“RoadMaster VR solution has a potential to reduce cargoGO truck accidents by 30%”
“RoadMaster VR is setting a new standard for driver training by combining practical skills with innovative technology”
“The goal of this VR training is to accurately and realistically mirror the real-life challenges truck drivers face on the job”
“Fuel-efficient trucks are only part of the solution - drivers who know how to use them make all the difference. RoadMaster VR training helps drivers build real skills for cutting fuel costs and CO₂ emissions”
Let them experience immersive VR practical scenarios with real-time feedback and engaging theory content.
Enjoy digital, scalable, and accessible driver training.
Generate reports better then ever with our comprehensive suite.
that cut fuel consumption up to 6 liters per 100 km and lower CO₂ emissions.
to reduce accidents and insurance costs, covering lane changing, maneuvering, reversing, etc.
cargo loading / unloading, working with documents and more.
Improve your drivers'training, cut fuel costs, lower CO2 with RoadMaster VR exclusive ECO driving access!
Up to 7,95 kilotonnes each year, making your sustainability efforts real.
* Data based on 650 trucks and 1 000 drivers.
Become one of the first companies in the world to benefit from our first platform release - ECO driving training - launching at the end of Q1 2025.
We’re inviting 5 successful and innovative transport companies
with fleets of 500+ trucks to be among the first to try RoadMaster VR’s driver training and management platform. This is your chance to make real savings and improve driver performance.
Have a fleet of 100+ trucks?
Get on our waiting list and book a call to see how we can help. We’re here to support fleets of all sizes.
We’ve only got 5 early access spots, so act fast!
UAB "Vertablox" with partners (Kaunas Technology University, UAB "Gluk Media", UAB "cargoGO Logistics") implements the European Union-funded project "RoadMaster VR" No. 08-004-K-0020.
The product developed during the project will be dedicated to various stressful situations, adjusted drivers, identified analysis and management of reactions related to them.