- VI-grade is installing a custom Ride and Comfort Driving Simulator at Daimler Truck’s development facility in Germany for advanced ride comfort assessments.
- The simulator combines realistic vibration reproduction, vehicle dynamics analysis, and HBK nCode software integration for accurate and repeatable testing.
VI-grade announced on April 29 that it is currently installing a custom Ride and Comfort Driving Simulator at the development and testing facility of Daimler Truck AG in Worth, Germany. The advanced simulator has been developed to support highly detailed subjective assessments of ride comfort across multiple vehicle concepts. The installation is intended to help engineering teams evaluate comfort perception and vehicle dynamics much earlier during the vehicle development cycle while improving the overall accuracy and repeatability of testing procedures.
Simulator Designed For Advanced Ride Comfort Evaluation
The Ride and Comfort Driving Simulator enables evaluations at up to two seating positions simultaneously while reproducing realistic vibration behavior during testing operations. This capability allows engineering teams to better understand how occupants perceive ride comfort under varying vehicle conditions. By simulating real-world vibration responses and vehicle movement characteristics, the system helps developers identify comfort-related improvements before physical vehicle prototypes are finalized. The simulator is specifically engineered to support detailed development activities focused on commercial vehicle ride quality and overall driving experience optimization.
Key Capabilities Of The Driving Simulator
The custom simulator integrates advanced measurement technologies that allow the simultaneous acquisition of both test bench data and simulator inputs during evaluation processes. It supports a broad range of excitation sources, including simulation-based models as well as real-world vehicle data collected from actual testing environments. This combined approach ensures high levels of testing precision, repeatability, and engineering consistency. The system also enables developers to perform complex assessments under controlled conditions while maintaining realistic vehicle behavior representation throughout the validation process.
Technical Features And Functional Highlights
- Supports evaluations for up to two seating positions
- Reproduces realistic vibration behavior for ride analysis
- Integrates advanced measurement and data acquisition technologies
- Supports simulation-based models and real-world vehicle data
- Delivers high testing accuracy and repeatability
Ride And Comfort Simulator Integration Overview
| Component | Function |
|---|---|
| Ride and Comfort Driving Simulator | Ride comfort and vehicle dynamics evaluation |
| Advanced Measurement Technology | Simultaneous acquisition of simulator and test bench data |
| Simulation-Based Models | Controlled virtual excitation source generation |
| Real-World Vehicle Data | Accurate replication of real driving conditions |
| HBK nCode Software | Advanced data processing and engineering analysis |
HBK nCode Software Supports Data Processing And Analysis
To complement the simulator’s testing and validation capabilities, HBK’s nCode software has been integrated for advanced data processing and engineering analysis activities. The software enables teams to efficiently process large volumes of simulation and measurement data generated during testing procedures. By combining simulator functionality with advanced analytical tools, the system provides a more comprehensive understanding of ride behavior, vibration characteristics, and vehicle comfort performance. This integrated approach supports more efficient engineering workflows and helps improve development decision-making during vehicle validation programs.
Frequently Asked Questions
What is the purpose of the VI-grade Ride and Comfort Driving Simulator?
The VI-grade Ride and Comfort Driving Simulator is designed to support detailed subjective assessments of ride comfort and vehicle dynamics during the development process. The simulator reproduces realistic vibration behavior and allows evaluations from up to two seating positions simultaneously. It also integrates advanced measurement technologies and supports both simulation-based models and real-world vehicle data. This helps engineering teams improve testing accuracy, repeatability, and early-stage vehicle comfort evaluation before physical prototypes are fully finalized.
How does HBK nCode software support the simulator system?
HBK’s nCode software is used for advanced data processing and engineering analysis within the simulator environment. The software helps manage and analyze large amounts of testing and simulation data generated during ride comfort evaluations. It supports engineers in understanding vibration characteristics, vehicle dynamics behavior, and occupant comfort responses more effectively. By integrating analytical capabilities with simulator testing, the overall development and validation process becomes more efficient, accurate, and suitable for advanced commercial vehicle engineering programs.
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