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SIMPRO3 2in1 Simulator
The 2in1 Simulator offers excavator and backhoe loader training on a single platform. It provides realistic motion feedback and machine dynamics for safe, efficient operation across varied terrain.
OVERVIEW
Description
The 2in1 Simulator offers a realistic training setup for both backhoe loader and excavator operations. It features accurate motion feedback, realistic machine behavior, and environmental conditions like rain and varied terrain. With multi-angle trainer views, real-time monitoring, and optional VR, it enables full immersion in challenging scenarios.
- 10+ Scenarios: Trenching, slalom, loading and more
- VR Ready for immersive sessions
- Authentic Controls: Pedals, dashboard, levers
- Live Monitoring: Instant feedback
- Weather Simulation: Rain, fog, snow, day/night
Training Modules
Focused Skill Modules
Training begins with the selection of either the excavator or backhoe loader simulator. Each choice loads a dedicated module tailored to that machine’s operational tasks. Scenarios are structured to enhance control accuracy, timing, and equipment handling under real-world conditions.
- Bucket Path Following
- Quick Attachment
- Soil Loading
- Digging
- Fork Loading
- Trenching and more . .
— Focused Simulation Tasks for Skill Development
Task-Based Operator Performance
The system delivers focused training scenarios that improve control precision, timing, and task execution in excavation and loading operations.
Sessions include digging, lifting, and maneuvering exercises using excavator and backhoe loader simulators, adapting to varied terrain and layout conditions, while offering real-time feedback for continuous improvement.
System Specifications
Modular System Design
Built on a modular structure, the system supports 3DOF, 6DOF, or static setups. It simulates engine and hydraulics in real time, with uniform performance across cabin and desktop use. Compatible with joysticks, pedals, and steering for realistic training.
- 3DOF, 6DOF, or static setup
- Cabin-based configurations
- Real-time engine simulation
- Hydraulic response modeling
- Joysticks, pedals, steering
- Modular and scalable system
— Synchronized control system for motion platforms
Control Hardware Integration
The system supports various configurations, from standard setups to full-scale cabins with motion feedback.
Physical controls like joysticks, pedals, and steering are integrated for synchronized response and operational accuracy. All hardware components are calibrated for realistic control behavior and smooth performance.
Performance Data
Performance Evaluation
Each session is monitored in real time, capturing task accuracy, timing, fuel consumption, and error count. This data supports structured evaluation, operator feedback, skill tracking, and overall performance analysis.
- Real-time performance tracking
- Accuracy and timing analysis
- Fuel and time consumption logs
- Session-based error detection
- Recorded progress history
- Consistent evaluation metrics
— Data-driven evaluation with automatic reporting
Performance Reports & Skill Insights
During each session, the simulator collects performance data such as task accuracy, completion time, fuel consumption, and operator mistakes in real time.
Once the task is completed, a detailed report is generated—highlighting scores, errors, and quality of execution. These insights help trainers assess progress, compare results across sessions, and identify skill gaps for targeted improvement.
Immersive Tools
Enhanced Perception
The simulation environment integrates VR support, dynamic camera perspectives, and advanced visual effects to enhance depth perception, spatial awareness, and operator focus during complex machine tasks and training scenarios.
- VR headset compatibility
- Spatial immersion feedback
- Multi-angle camera system
- Operator/trainer perspectives
- Day/night & weather effects
- Depth-focused visual detail
— Depth-enhancing environments with real-time effects
Real-Time Visual Effects
The simulator offers a dynamic multi-camera system, allowing both operator and trainer to view actions from multiple key angles in real time.
Visual effects such as day and night transitions, fog, rain, and lighting variations replicate natural working conditions. A built-in digital dashboard replicates essential controls, enhancing realism during complex equipment scenarios.
