Driving Simulators
From Design To Reality
A complete design & development solution for driving simulation equipment, across railways, defence, aerospace and specialised applications.
Simulation technology enables safe and cost-effective testing of real-world scenarios, improving the efficiency and reliability of vehicle and transport systems across every sector.
Introduction
Driving Simulators are computer-based systems that replicate the experience of operating a vehicle in a realistic and controlled environment. They give operators — loco pilots, defence vehicle crews and specialised-platform operators alike — a safe and effective training tool to practise their skills without risk of injury or damage to equipment.
Core Simulation Capabilities
Full-Scale Replica Cockpit
Authentic controls, instrumentation and operator interfaces replicated for high-fidelity training.
Mathematical Modelling
Physics-based models representing vehicles, systems, environments and operating conditions.
Motion Platforms
3 DOF, 5 DOF and 6 DOF motion configurations engineered for immersive simulation.
Environment & Scenario Simulation
Photorealistic environments and dynamic scenarios designed for realistic operational training.
Platform Configuration
Flexible configurations supporting different vehicles, systems, equipment and operational profiles.
Visual Simulation
High-fidelity visuals across varied terrain, weather, lighting and time-of-day conditions.
Instructor & Control Station
Real-time control, monitoring and evaluation of training sessions and trainee performance.
Audio Simulation
Realistic operational sounds, system events, alerts, faults and environmental audio.
3D Training Modules
Interactive modules for system familiarisation, procedures, troubleshooting and skills reinforcement.
Observer & Scenario Generation
Tools to create, control, observe and analyse exercises around specific training objectives.
Simulation Software
Geo-specific simulation software supporting high-fidelity visual and audio reproduction, 3D troubleshooting, operating procedures, trainee evaluation, and route and consist configuration.
High-Fidelity Electronics & Computer Interfaces
Recreates electronic systems and driver-facing computer interfaces used during operations.
Troubleshooting in a 3D Environment
Supports fault troubleshooting using an interactive three-dimensional environment.
Exercise Monitoring
An instructor/exercise monitoring interface to observe and evaluate training exercises.
Photo-Realistic CGI
Visual simulation recreates routes and operating environments with photo-realistic CGI imagery for route learning.
Visual & Environmental Simulation
Supports different weather conditions, times of day, and route-specific and track environments.
Sound Simulation
Covers normal operations, fault conditions and operational events.
Trainee Evaluation
The simulation software includes built-in trainee evaluation capabilities.
Exercise Generation
Instructor/exercise-generation modules to design exercises for developing specific trainee skill sets.
Simulator Types
Simulators can be developed for all types of vehicles across three main configurations.
In-Motion Driving Simulator
Driver Cockpit mounted on a 6 DOF motion platform, with Instructor Station, Observer Station and Part Task Trainers.
- Full replica driver cockpit
- 6 DOF motion platform
- Instructor Station
- Observer Station
- Part Task Trainers
- Visual simulation
- Training infrastructure
Desktop Simulator
Full replica of cockpit with full instrumentation, conducting all exercises for driving and troubleshooting.
- Compact simulator configuration
- Replica locomotive cockpit
- Full instrumentation
- Driving exercises
- Troubleshooting exercises
- Front-view visual simulation
Part Task Trainer
Computer Based Training setup on a replica Cockpit Desk for specific training in driving and troubleshooting.
- Computer-based training setup
- Replica driver desk
- Operational controls and instruments
- Driving training
- Troubleshooting training
- Can be networked
- Available with or without motion chair
Part Task Trainer System Architecture
Architecture also indicates provision for an optional upgrade. Available with and without motion chair.
Cloud Interface
Connected to the system network.
Offline Exercise Generation
Used to prepare or generate training exercises.
PTT Instructor Station
Instructor control station for the Part Task Trainer system.
- Optional upgrade provision
- Available with or without motion chair
Vehicle Types Supported
Simulators can be developed across land, naval and air platforms.
Technical Comparison
Configuration and capability comparison for locomotive-class driving simulators.
| Parameter | In-Motion Simulator | Desktop Simulator | Part Task Trainer |
|---|---|---|---|
| COCKPIT | Aluminium replica | Aluminium replica | Not Applicable |
| Motion | 6 DOF Stewart platform | Aluminium replica* | 2 DOF Motion chair |
| Driver Desk | Real components to scale. Redeveloped replicas for Part Task Trainer | Redeveloped replicas of instruments and operational components | Redeveloped replicas of instruments and operational components |
| Simulator Building | 550 sq.m with furnishing | Not Included | Not Included |
| Track CGI | 300 km | 100 km | 50 km per exercise |
| Track Builder Tool | Included | Not Included | Not Included |
| Visual Simulation | Front and side views | Front views | Front views |
*Part Task Trainer: minimum of 6 units networked.
Interested in Driving Simulators?
Our engineering team is ready to discuss your requirements.