DOZER SIMULATOR

The dozer simulator offers various training scenarios at different levels. Operators can improve their skills through practice. Such as maneuvering in tight spaces, load imbalance and challenging weather conditions.

Learning Technologies
SIMPro3 Dozer Simulator

Dozer simulator is a training tool specifically designed to enhance the skills of bulldozer operators and provide them with practical experience. It offers operators the opportunity to practice before working with real bulldozer machines, helping to prevent mistakes that may occur on the job site and creating a safer working environment.

Mistakes made in real life can lead to significant costs and safety risks. However, training with a dozer simulator minimizes these risks, offering operators a safer and more cost-effective learning experience. The simulator realistically mimics the operation and working environments of real bulldozer machines, giving operators the chance to experience situations they may encounter in real life.

The dozer simulator offers various training scenarios at different difficulty levels. These scenarios help operators develop skills such as lifting, transporting, grading and handling risky situations. Additionally, it provides an effective training environment for preparing to work in challenging conditions and enhancing operators' abilities.

Simulator Highlights

The environmental elements and especially the bulldozer to be used in the dozer simulator are modeled and textured in detail, optimized to a level that does not strain system resources, ensuring the user’s sense of realism is maintained. The bulldozer will be accurately sized, shaped and colored according to technical drawings and reference photos classified by the contractor.

The simulator accurately simulates the bulldozer's environmental interactions and vehicle responses. These interactions allow operators to experience working in different ground and weather conditions. Realistic simulation of ground deformation and weather conditions provides operators with the opportunity to practice under various working conditions.

The simulator conveys the dozer's responses, such as steering, acceleration and braking, precisely to the operators. Reactions identical to those of a real machine help operators control the machine better and perform more effectively in real job sites.

The simulator realistically reflects engine performance, torque and hydraulic pressure measurements. Allowing operators to fully experience how their machines work.

The dozer simulator provides detailed reports that monitor and evaluate operators’ performance. Instructors can observe and better direct the training process by assessing operators' skills and progress through these reports.

Instructors can evaluate operators' performance and skills by monitoring the simulator environment from different camera angles.

The dozer simulator offers operators options for a touch screen or a full-size cabin. While the touch screen input makes usage easier, the full-size cabin makes the experience of working with the real machine more realistic.

Comprehensive lesson content covering all important aspects of the bulldozer provides operators with thorough training. This allows operators to learn all the details and uses of bulldozer machines.

The simulator offers a 3DOF (three degrees of freedom) motion platform option. The motion system allows operators to experience varying levels of movement freedom and provides a realistic driving experience. An integrated archiving mechanism is included to detect and repair any malfunctions within the system.

Software Features

The joystick and all related controls communicate with the system I/O board via the CANBUS protocol to reduce the need for cabling.

The electronic modules handling digital and analog input/output controls meet the requirements of the CAN V2.0 communication protocol. Communication between modules and the central computer is at least 1 MB/s.

All analog sensors used in the joysticks are of the hall effect type, sensitive to magnetic flux and requiring no mechanical contact.

It offers a wide range of scenarios that allow operators to practice in different working environments. Situations such as maneuvering in tight spaces, load imbalance and challenging weather conditions help operators develop various skills.

The engine model is based on actual pedal-revolution-torque data provided by the manufacturer. This data allows the simulator to accurately reflect the bulldozer's performance and responses.

The dozer simulator realistically models the dynamic responses and movements of the bulldozer, providing appropriate feedback for each machine movement. The engine, torque, steering, braking and other subsystems are simulated in exact alignment with the real machine.

Vehicle dynamics are simulated to cover five different drag models, realistically reflecting the machine's movement and responses under various conditions.

The simulator realistically simulates the drop in engine RPM and other strains when the bulldozer operates under load. This helps operators understand the machine's performance under load.

The dozer simulator monitors and analyzes the operator's performance in real-time. This allows the operator to receive instant feedback and improve their skills.

Fuel consumption of the engine is simulated in accordance with data provided by the manufacturer. This helps operators gain knowledge about fuel economy and efficiency.

The dozer simulator offers a precise load identification system that helps operators accurately identify and manage different types and weights of loads.

The simulator increases realism by simulating day and night conditions based on date and time. It offers different lighting options suitable for conditions such as rain, snow, fog and cloudy weather.

It is designed to be compatible with virtual reality (VR) headsets, providing users with a more immersive and realistic experience.

High-quality texture rendering-based images have been created for mirrors and camera systems. High-quality images expand the operators' field of view, providing a realistic experience.

The dozer simulator provides detailed data analytics on operator performance and the training process. This data helps trainers and managers make more informed decisions.

Equipment Requirements

• 1 simulation computer
• 1 virtual reality headset (for the virtual reality version)
• 4 monitors/TVs
• 1 cabin containing the physical inputs of the dozer machine (steering wheel, pedals, etc.)
• 1 touch screen
• 1 uninterruptible power supply (used to ensure data and system security against power outages)

Motion Platform Options

The dozer simulator comes with different options such as a stationary platform, a 3DOF motion platform and a 6DOF motion platform. Each platform option is designed to meet the diverse training needs of users. The platforms allow operators to prepare for real-world working environments.

Real Time Graphics and Visuals

Thanks to detailed graphics and realistic visuals, operators encounter various scenarios during the simulation and can experience real-world conditions. Real-time graphics and visuals allow operators to simulate different weather conditions, times of day and seasons. The simulation helps operators learn how to work in various conditions and understand how to adapt to them.

Steering and Joysticks

In the dozer simulator, the steering wheel and control levers are essential components designed to mimic the real dozer experience as closely as possible. The ergonomic and highly sensitive steering wheel replicates the feel of a real dozer steering wheel, providing the operator with a natural driving experience. Steering movements are instantly and accurately reflected in the simulation.

Virtual Reality Support

Virtual reality (VR) support enhances the training process by providing operators with a realistic experience. With the integration of VR technology into the simulator, operators can experience real-world scenarios and situations through simulations.

Fully Equipped Cabin

The dozer simulator's fully equipped cabin is designed to best mimic the experience of operating a real dozer. The cabin is configured to match the interior of a real dozer as closely as possible. Making the operator's training process more effective and comfortable. The cabin features sound and haptic feedback capabilities.

Study Reports

During the simulation, instructors can monitor operators' actions and performance in real-time. They assess the operator's performance in various areas such as speed, load control, maneuverability, precision and safety. Providing reports based on these measurements. The data helps identify the operator's strengths and weaknesses. The simulator presents the operator's performance and progress in detailed reports.

Quantification and Consideration

The dozer simulator includes a reporting module that can generate outputs in HTML or PDF formats containing the following information at the end of the scenario. The reporting system eliminates record-keeping confusion and makes training more efficient.