BILGE-VR Mine and IED Training Simulator
Mine and IED Training Simulator
BILGE-VR Promotional Video
Watch our promotional video to see the features and usage of BILGE-VR in detail.
BILGE-VR Mine and IED Training Simulator is an advanced virtual reality training platform designed to develop military personnel's skills in recognizing threats, detecting them, neutralizing them, and applying proper intervention procedures.
The simulator has scenarios aimed at developing personnel's skills in detecting threats, neutralizing them, and applying proper intervention procedures. All scenarios processed in the simulation are inspired by real events experienced by military units in the field. The mine-IED systems currently applied and prepared in the field are available in the simulator in their most current form and are regularly updated with additions.
This training solution, which increases awareness of ammunition, mines, and IEDs through realistic scenarios, aims to take security and operational success to the highest level.
Realistic and Updatable Threat Scenarios
Training Modules Inspired by Real Events
All scenarios processed in BILGE-VR are inspired by real events encountered by military units in the field. These scenarios, created with data from different operational regions, best reflect current threats in the field and the trap systems used.
Updated Threats and New Scenarios
Mine and IED systems are regularly updated in parallel with evolving threats. New types of explosive devices and installation methods detected in the field are quickly integrated into the simulator, ensuring personnel are trained with the most current information and tactics.
Compatibility with Different Terrain and Environmental Conditions
The simulation includes environments suitable for operations conducted in different geographical regions such as urban, rural, and mountainous areas. Users can train under different weather and terrain conditions in each scenario.
Interactive and Dynamic Game Mechanics
In the simulator, personnel can physically use their hands and equipment to detect, mark, neutralize mines and IEDs, and apply appropriate tactics against them. This provides a more lasting learning experience compared to traditional training.
Realistic Sensory Feedback with the Haptic Vest
The haptic vest integrated into the BILGE-VR system realistically conveys the pressure and shock effect created by mine and IED explosions to the user. By simulating the physical impact of an explosion, the vest allows personnel to experience the real sensations they would encounter in the field within a safe environment, taking the realism of the training to the next level.
Tactile Feedback with the Haptic Glove
The haptic glove added to the system realistically conveys the tactile sensations of hand contact with mine and IED devices in the virtual environment. Supported by vibration and pressure feedback, the glove precisely conveys hand movements and moments of contact in the virtual environment, enabling more lasting and realistic learning of intervention procedures.
Contributions to Training and Operational Success
Increases Awareness
Enables personnel in training to gain experience in mine and IED detection, raising their awareness of threats to the highest level.
Safe and Risk-Free Training
Eliminates the risks of real mine and IED training, allowing personnel to safely encounter dangerous environments.
Develops Critical Decision-Making Skills
Supports personnel in making correct decisions under pressure, responding appropriately to rapidly changing threats, and developing tactical thinking ability.
Provides Cost and Time Savings
Offers a more cost-effective and repeatable training solution compared to real field training.
Cost-Effective and Sustainable Training Solution
Real field training can be costly and time-consuming due to logistical requirements and operational risks. BILGE-VR provides these processes at a lower cost and in a repeatable format, ensuring training continuity. By enabling personnel to receive comprehensive training before going on real operations, it minimizes error margins in the field and increases mission success rates.
