Steering System Durability
Assess and validate steer system durability design targets to minimize warranty costs.
Validating the durability of automotive steering systems ensures reliable performance and minimizes warranty claims. Components such as steering racks, columns, linkages, and electronic assist modules must withstand repeated loads, torque, and environmental stresses. OEM engineers, Tier 1 suppliers, and specialized test labs conduct these evaluations to simulate real-world operation, identify potential failure modes, and confirm system robustness before production release.
Test Methods
Steering system durability testing simulates repetitive torque, load, and vibration experienced by racks, columns, linkages, and electric or hydraulic assist mechanisms. Tests apply dynamic steering angles, road-induced forces, and combined loading conditions while capturing strain, displacement, and wear metrics. Multi-axis systems replicate real-world forces, enabling accelerated life testing under controlled conditions. Data acquisition systems monitor component responses, and software tools support test sequencing, real-time analysis, and correlation to vehicle-level performance. Standardized cycles ensure repeatability and allow engineers to evaluate fatigue, performance degradation, and robustness of mechanical and electromechanical steering subsystems.
Test Results
Steering system durability results provide insight into component fatigue life, wear, stiffness, and failure points. Manufacturers and labs use these data to optimize rack, column, and linkage designs, validate electronic assist performance, ensure reliability, and reduce warranty claims while confirming driver safety and consistent handling.
MTS Product Solutions
MTS Electric and Hydraulic Power Steering Test Systems, Model 329 Spindle-Coupled Road Simulators, or modular test components, combined with FlexTest® controllers and RPC® Connect software provide repeatable, high-fidelity simulation of real-world steering loads. Engineers can evaluate mechanical and electromechanical durability, correlate lab and vehicle-level data, and optimize design, materials, and assembly to ensure reliable steering system performance over the vehicle lifecycle.
Test Methods
Steering system durability testing simulates repetitive torque, load, and vibration experienced by racks, columns, linkages, and electric or hydraulic assist mechanisms. Tests apply dynamic steering angles, road-induced forces, and combined loading conditions while capturing strain, displacement, and wear metrics. Multi-axis systems replicate real-world forces, enabling accelerated life testing under controlled conditions. Data acquisition systems monitor component responses, and software tools support test sequencing, real-time analysis, and correlation to vehicle-level performance. Standardized cycles ensure repeatability and allow engineers to evaluate fatigue, performance degradation, and robustness of mechanical and electromechanical steering subsystems.
Test Results
Steering system durability results provide insight into component fatigue life, wear, stiffness, and failure points. Manufacturers and labs use these data to optimize rack, column, and linkage designs, validate electronic assist performance, ensure reliability, and reduce warranty claims while confirming driver safety and consistent handling.
MTS Product Solutions
MTS Electric and Hydraulic Power Steering Test Systems, Model 329 Spindle-Coupled Road Simulators, or modular test components, combined with FlexTest® controllers and RPC® Connect software provide repeatable, high-fidelity simulation of real-world steering loads. Engineers can evaluate mechanical and electromechanical durability, correlate lab and vehicle-level data, and optimize design, materials, and assembly to ensure reliable steering system performance over the vehicle lifecycle.
- Electric & Hydraulic Power Steering Test Systems replicate real-world torque, angle, and load cycles on steering racks, columns, linkages, and assist modules. They support accelerated life testing, durability evaluation, and precise measurement of mechanical and electromechanical performance for all steering subsystems.
- Model 329 Spindle-Coupled Road Simulators reproduce road-induced tire forces and steering inputs with high fidelity, enabling evaluation of steering system durability under realistic dynamic loads. They capture rack, column, and linkage responses for both mechanical and electric/hydraulic assist systems.
- FlexTest Controllers deliver high-bandwidth, deterministic control for multi-axis steering subsystem tests. They ensure precise application of torque, vibration, and dynamic loads for accurate, repeatable durability assessment.
- Modular Components for Automotive Test Applications allow flexible configuration of steering test rigs, supporting mounting, instrumentation, and adaptation to various racks, columns, and assist modules for realistic load paths and accurate stress replication.
- RPC Connect Software integrates test profile execution, real-time monitoring, and data analysis. It allows correlation between lab and vehicle-level responses for accurate steering system durability validation.
- Series 295 Hydraulic Service Manifolds provide stable, low-noise hydraulic flow essential for steering subsystem testing. They deliver precise pressure control for consistent actuator performance and reliable durability measurements.
- SilentFlo™ 515 & 525 Hydraulic Power Units supply clean, quiet hydraulic power, enabling precise and repeatable application of forces on steering components without introducing acoustic noise, supporting high-fidelity durability and fatigue testing.
