The Seatbelt Design Module in RAMSIS is a specialized tool used to optimize the design and integration of seatbelts within vehicle seats, ensuring that the seatbelt system provides maximum safety, comfort, and functionality for occupants. This module allows for virtual testing of how seatbelts interact with the human body (represented by a manikin) and the seat structure in various seating positions. By simulating the seatbelt’s fit, positioning, and effectiveness, RAMSIS helps designers refine seatbelt designs to meet safety standards while maintaining comfort and usability.
Real occupants and test devices
It is categories used for analyzing and optimizing seatbelt systems, particularly in relation to human factors and crash safety. The RAMSIS module is used for human modeling and simulation, helping to design and evaluate the effectiveness of seatbelt
Ergonomics test
It is a crucial evaluation that focuses on assessing how comfortable and physically accommodating the seatbelt system is for real occupants. Unlike crash tests, which measure safety performance, ergonomics tests are concerned with the interaction between the occupant and the restraint system
General belt testing
General Belt Testing refers to a series of assessments that focus on evaluating the performance and effectiveness of the seatbelt system under various conditions. These tests ensure that the seatbelt provides proper restraint, comfort, and safety for occupants
Crashworthiness
In the RAMSIS Seatbelt Design Module, crashworthiness testing is focused on assessing how well a seatbelt system protects occupants in the event of a crash. This includes evaluating the system’s restraint performance, its ability to minimize injury, and how it performs across a range of crash scenarios
Regulatory compliance
Regulatory compliance in the RAMSIS Seatbelt Design Module refers to ensuring that the seatbelt system meets the safety standards and regulations set by various regulatory bodies around the world, ensuring occupant protection during a crash
Safe for children
It is processes and tests that ensure seatbelt systems are designed and optimized to protect child occupants in a vehicle. This includes ensuring that the seatbelt or restraint system accommodates children of various sizes and ages, provides proper protection, and meets child safety regulations
Other Modules
Cognitive Module
The RAMSIS Cognitive module enhances visual field analysis, simulating occupant perception of cockpit displays in varying conditions for optimal design
Seat Design
RAMSIS Seat Design optimizes ergonomics by simulating seat interactions, assessing comfort and reachability early, and reducing physical testing
Visual Standards
The RAMSIS Visual Standards module streamlines compliance by visualizing fields in CAD, ensuring adherence to standards and identifying obstructions early, saving time and costs
Virtual Aging
The RAMSIS Virtual Aging module optimizes ergonomic design for individuals aged 50-70, adjusting for age-related changes in vision and mobility to ensure comfort and safety
Explore RAMSIS
RAMSIS
Optimizes vehicle safety and ergonomics through virtual crash tests and design evaluations
Resources
KTM Case Study
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John Deere Case Study
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Optimizing Aircraft Cockpit and Cabin Layouts with RAMSIS Advanced Ergonomics Solutions
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