SANLAB's VR heavy equipment simulator is designed to train operators in the use of heavy machinery like excavators, dozers, cranes, and forklifts within a realistic virtual environment. It offers a safe, cost-effective, and efficient training solution that can evaluate and enhance operator performance while teaching new skills across various industries.
SANLAB thanks to more than 10 years of experince on heavy equipment simulators, is able to provide best simulation systems with 3 or 6 DOF motion platforms. All simulation systems are compatible with VR systems to give users the best experience. While the software scenarios can be adopted according to customer needs, output paremeters is able to show users machinary driving performance and areas needs to be improved.
A heavy equipment simulator is a training device that uses virtual reality (VR) to create a realistic experience of operating heavy equipment. Simulators are used to train operators on a variety of equipment, including excavators, bulldozers, cranes, and forklifts.
There are many benefits to using heavy equipment simulators for training. Here are a few:
Safety: Simulators allow operators to practice in a safe environment without the risk of accidents or damage to equipment.
Cost-effectiveness: Simulators are a more cost-effective way to train operators than using real equipment.
Efficiency: Simulators can be used to train operators on a variety of tasks quickly and efficiently.
Effectiveness: Studies have shown that simulator training is just as effective, if not more effective, than traditional training methods.
In addition to these benefits, heavy equipment simulators can also be used to:
Assess operator skills: Simulators can be used to assess the skills of new and experienced operators. This information can be used to develop training plans and identify operators who need additional training.
Practice new skills: Simulators can be used to practice new skills and techniques without the risk of damage to equipment or the environment.
Improve performance: Simulators can be used to improve operator performance by providing feedback on their skills and techniques.
Overall, heavy equipment simulators are a valuable tool for training operators on a variety of equipment. They are safe, cost-effective, efficient, and effective.
Here are some specific examples of how heavy equipment simulators can be used in different industries:
Construction: Simulators can be used to train operators on a variety of construction equipment, such as excavators, bulldozers, and cranes. This can help to improve safety and efficiency on construction sites.
Mining: Simulators can be used to train operators on a variety of mining equipment, such as haul trucks and loaders. This can help to improve safety and productivity in mines.
Agriculture: Simulators can be used to train operators on a variety of agricultural equipment, such as tractors and combines. This can help to improve safety and efficiency on farms.
Heavy equipment simulators are a valuable tool for training operators in a variety of industries. They offer a safe, cost-effective, and efficient way to learn and improve skills.
Modern 3D graphics: The simulator features realistic 3D graphics that provide operators with a real-world training experience.
Realistic physics: The simulator features realistic physics that accurately simulate the behavior of a backhoe loader in different operating conditions.
Realistic engine rpm, torque, and hydraulic pressure calculations: The simulator accurately calculates engine rpm, torque, and hydraulic pressure to provide operators with a realistic experience.
Accurate vehicle transmission simulations: The simulator accurately simulates the behavior of a backhoe loader's transmission, providing operators with realistic training.
Different set of attachments for the vehicles: The simulator includes a variety of attachments for backhoe loaders, such as buckets, breakers, and forks. This allows operators to practice using different attachments in different scenarios.
Terrain deformation: The simulator features terrain deformation, which allows operators to practice operating a backhoe loader in different types of terrain, such as dirt, sand, and gravel.
Detailed reporting: The simulator provides detailed reports on the operator's performance, which can be used to track their progress and identify areas where they need additional training.
Multiple external camera options for the trainer: The trainer can use multiple external camera options to monitor the operator's performance and provide feedback.
Different times of day, work at night selectable by the trainer: The trainer can select different times of day and weather conditions for the operator to practice in.
Rich selection of lessons to cover all important aspects of the regarding vehicle: The simulator includes a variety of lessons that cover all important aspects of operating a backhoe loader.
Touch screen inputs or full cabin with complete set of physical inputs option: The simulator can be operated using a touch screen or a full cabin with a complete set of physical inputs, depending on the user's preference.
Realistic physical vehicle pedals, levers, and buttons: The heavy equipment simulator features realistic physical vehicle pedals, levers, and buttons, providing operators with a realistic training experience.
3DOF or 6DOF motion feedback options: The simulator offers 3DOF or 6DOF motion feedback, which provides operators with an even more immersive training experience.
Virtual reality support for both Oculus and HTC Vive: The simulator supports virtual reality, providing operators with the most immersive training experience possible.
Different screen configurations: The simulator can be used with different screen configurations, including single-screen, dual-screen, and triple-screen setups.
Physical gauges: The simulator can be equipped with physical gauges, providing operators with an even more realistic training experience.
Our telehandler simulator includes a variety of lessons and scenarios to help operators learn the skills and knowledge they need to operate a telehandler safely and efficiently. These lessons and scenarios cover a wide range of topics, including:
Gauges and controls: Operators learn about the different gauges and controls on a telehandler and how to use them safely and effectively.
Safety precautions: Operators learn about the importance of safety when operating a telehandler and how to avoid accidents.
Driving and maneuvering techniques: Operators learn how to drive and maneuver a telehandler safely and efficiently in different environments.
Lifting and loading applications: Operators learn how to lift and load materials safely and efficiently using a telehandler.
Scraping applications: Operators learn how to use a telehandler to scrape surfaces safely and efficiently.
Our heavy equipment simulator: telehandler simulator supports virtual reality, providing operators with an even more immersive training experience. VR allows operators to feel as if they are actually operating a telehandler, which can help them to develop the skills and knowledge they need to operate safely and efficiently.
Our telehandler simulator features a variety of features that make it an ideal training tool, including:
Modern 3D graphics: The heavy equipment simulator features realistic 3D graphics that provide operators with a real-world training experience.
Realistic physics: The simulator features realistic physics that accurately simulate the behavior of a telehandler in different operating conditions.
Realistic engine rpm, torque, and hydraulic pressure calculations: The simulator accurately calculates engine rpm, torque, and hydraulic pressure to provide operators with a realistic experience.
Accurate vehicle transmission simulations: The simulator accurately simulates the behavior of a telehandler's transmission, providing operators with realistic training.
Detailed reporting: The simulator provides detailed reports on the operator's performance, which can be used to track their progress and identify areas where they need additional training.
At the end of every training session, a report is created and recorded. This report includes the following information:
• Trainer name
• Trainee name
• Date
• Name of the training lesson
• Successes and mistakes of the trainee
• Spent time and fuel
• These reports can be accessed any time and can be printed directly within the simulator software.
Forklift Simulator is a risk-free and cost-free way to train forklift operators. It eliminates the need to train operators on real forklifts, which can be expensive and dangerous.
Forklift Simulator includes a variety of scenarios that cover all aspects of forklift operation, including:
Safety precautions: Operators learn about the importance of safety when operating a forklift and how to avoid accidents.
Basic operating techniques: Operators learn how to start, stop, drive, and maneuver a forklift safely and efficiently.
Advanced operating techniques of Heavy Equipment Simulator: Operators learn how to perform more advanced tasks, such as lifting and loading materials, stacking pallets, and working in confined spaces.
Forklift Simulator uses a variety of innovative technologies to train forklift operators quickly and effectively. For example, the simulator uses artificial intelligence to provide operators with personalized feedback and to adapt the training experience to their individual needs.
SANLAB's VR heavy equipment simulators help operators improve their equipment operating skills.
SANLAB's VR heavy equipment simulators are an ideal solution for operators to improve their equipment operating skills.
Forklift Simulator offers a number of benefits, including:
• Reduced training costs: Forklift Simulator eliminates the need to train operators on real forklifts, which can be expensive.
• Improved safety: Forklift Simulator allows operators to practice in a safe environment without the risk of accidents.
• Increased productivity: Forklift Simulator helps operators to learn the skills they need to operate a forklift safely and efficiently, which can lead to increased productivity.
• Reduced downtime: Forklift Simulator helps to reduce downtime by providing operators with the skills they need to operate a forklift safely and efficiently.
Modern 3D graphics: The simulator features realistic 3D graphics that provide operators with a real-world training experience.
Realistic physics: The simulator features realistic physics that accurately simulate the behavior of an excavator in different operating conditions.
Realistic engine rpm, torque, and hydraulic pressure calculations: The simulator accurately calculates engine rpm, torque, and hydraulic pressure to provide operators with a realistic experience.
Accurate vehicle transmission simulations: The simulator accurately simulates the behavior of an excavator's transmission, providing operators with realistic training.
Different set of attachments for the vehicles: The simulator includes a variety of attachments for excavators, such as buckets, breakers, and grapples. This allows operators to practice using different attachments in different scenarios.
Terrain deformation: The simulator features terrain deformation, which allows operators to practice operating an excavator in different types of terrain, such as dirt, sand, and gravel.
Detailed reporting: The simulator provides detailed reports on the operator's performance, which can be used to track their progress and identify areas where they need additional training.
Multiple external camera options for the trainer: The trainer can use multiple external camera options to monitor the operator's performance and provide feedback.
Different times of day, work at night selectable by the trainer: The trainer can select different times of day and weather conditions for the operator to practice in.
Rich selection of lessons to cover all important aspects of the regarding vehicle: The simulator includes a variety of lessons that cover all important aspects of operating an excavator.
Touch screen inputs or full cabin with complete set of physical inputs option: The simulator can be operated using a touch screen or a full cabin with a complete set of physical inputs, depending on the user's preference.
Realistic physical vehicle pedals, levers, and buttons: The simulator features realistic physical vehicle pedals, levers, and buttons, providing operators with a realistic training experience.
3DOF or 6DOF motion feedback options: The simulator offers 3DOF or 6DOF motion feedback, which provides operators with an even more immersive training experience.
Virtual reality support for both Oculus and HTC Vive: The simulator supports virtual reality, providing operators with the most immersive training experience possible with heavy equipment simulator.
Different screen configurations: The simulator can be used with different screen configurations, including single-screen, dual-screen, and triple-screen setups.
Physical gauges: The simulator can be equipped with physical gauges, providing operators with an even more realistic training experience.
SANLAB's VR heavy equipment simulators are an innovative solution for operators to improve their equipment operating skills.
SANLAB's VR heavy equipment simulators are the most suitable solution for operators to improve their equipment operating skills.
Established in 2009, SANLAB is a pioneer in its sector and offers unique solutions in the field of Real Time Robotic Applications.
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