Fewer accidents, lower fuel consumption, more profitable work cycles, recruitment, creation and retention of talented drivers through specific training programs, are just some of the examples in which we can help you through our tools of virtual training.
LOGSIM AVR incorporates a revolutionary AVR vision system that immerses the operator in a completely virtual environment, in which he has absolute freedom to modify his perspective, also allowing him to see his own hands and the controls of the cabin that surround him and with which he has to interact.
LOGSIM AVR can operate autonomously (stand-alone), but it can also be integrated with the INSTRUCTOR'S STATION, the student and exercise management platform (TELEMATICS) and with the Exercise generator (Training Manager), which will allow you to create training plans very quickly and at a very low cost.
Fewer accidents, lower fuel consumption, more profitable work cycles, recruitment, creation and retention of talented drivers through specific training programs, are just some of the examples in which we can help you through our tools of virtual training.
LOGSIM AVR incorporates a revolutionary AVR vision system that immerses the operator in a completely virtual environment, in which he has absolute freedom to modify his perspective, also allowing him to see his own hands and the controls of the cabin that surround him and with which he has to interact.
LOGSIM AVR can operate autonomously, but it can also be integrated with the INSTRUCTOR'S STATION, the student and exercise management platform (TELEMATICS) and with the Exercise generator (Training Manager), which will allow you to create training plans automatically. fast and at low cost.
LOGSIM AVR, a multi-machine simulator developed to solve the needs of companies in the logistics sector. It can easily be configured as a front truck or a side reach truck from the same hardware. This will allow different groups of professionals to be trained with a single simulator.
With this advanced physics system, the simulator can faithfully represent the different situations of not following the safety instructions (overturning, falling loads, etc ...) without the consequences being real and irreversible.
Thanks to the modular architecture of the simulator, it is very easy to adapt the cockpit for your work in front truck or side reach truck mode. This multi-machine function makes the simulator a versatile tool adaptable to various types of simultaneous training on the same hardware.
LOGSIM AVR, a multi-machine simulator developed to solve the needs of companies in the logistics sector. It can easily be configured as a front truck or a side reach truck from the same hardware. This will allow different groups of professionals to be trained with a single simulator.
With this advanced physics system, the simulator can faithfully represent the different situations of not following the safety instructions (overturning, falling loads, etc ...) without the consequences being real and irreversible.
Thanks to the modular architecture of the simulator, it is very easy to adapt the cockpit for your work in front truck or side reach truck mode. This multi-machine function makes the simulator a versatile tool adaptable to various types of simultaneous training on the same hardware.
OYD version
➤ It has a laptop, VR glasses and controls
➤ High immersion thanks to VR glasses
➤ Easily transportable solution
SILVER version
➤ 40 ″ screen
➤ High immersion with VR glasses
➤ Without movement platform
GOLD version
➤ 60 ″ screen
➤ High immersion with VR glasses
➤ 3DOF motion platform
OYD version
➤ Composed of laptop, VR glasses and controls
➤ High level of immersion thanks to VR glasses
➤ Easily transportable solution
SILVER version
➤ 40 ″ screen
➤ High immersion with VR glasses
➤ Without movement platform
GOLD version
➤ 65 ″ screen
➤ High immersion with VR glasses
➤ 3-degree motion platform (3DOF)
➤ Virtual reality. High immersion
➤ Tailor-made pedagogical plan
➤ Realistic and modular hardware
➤ Multiple machines in a single simulator
➤ Automatic evaluation
➤ Computer with four screens and printer
➤ Real-time telemetry
➤ Modification of the weather and times of the day
➤ Inclusion of breakdown and events in real time
➤ Constant communication with the student
➤ Cooperative driving
➤ Virtual reality. High immersion
➤ Tailor-made pedagogical plan
➤ Realistic and modular hardware
➤ Multiple machines in a single simulator
➤ Automatic evaluation
➤ Computer with four screens and printer
➤ Real-time telemetry
➤ Modification of the weather and times of the day
➤ Inclusion of breakdown and events in real time
➤ Constant communication with the student
➤ Cooperative driving
➤ The rest of the students can observe the practice
➤ It can be placed in another room
➤ Extension of learning
➤ Supports the instructor's explanations
➤ User management (students and instructors)
➤ Course management
➤ Management and creation of exercise plans
➤ Viewing session reports
➤ Scheduling of sessions in the simulator
➤ Access to simulation data mining
➤ The rest of the students can observe the practice
➤ It can be placed in another room
➤ Extension of learning
➤ Supports the instructor's explanations
➤ User management (students and instructors)
➤ Course management
➤ Management and creation of exercise plans
➤ Viewing session reports
➤ Scheduling of sessions in the simulator
➤ Access to simulation data mining
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