ETA test rigs simulate years of real-world loads in hours — endurance, torque, fatigue, vibration, leakage and functional testing across automotive, aerospace, railway and defence applications. Standard designs and fully custom builds.
Configurable rig for durability and performance testing of passenger car and utility vehicle steering gears. Hydraulic linear actuators simulate stub-axle loads; a vertical pinion-drive actuator simulates steering wheel input — all simultaneously.
Advanced multi-function test rig for automotive steering systems — covers functional verification, endurance, leakage and noise tests. Fully configurable test set-up for a range of steering gear sizes without hardware changes.
Dedicated rig for precisely setting the rack yoke preload in a steering gear assembly. Ensures consistent feel and eliminates rattle in the final product. Fast cycle time; suitable for end-of-line production use.
High-cycle endurance testing of OBJ, IBJ and control arm ball joints under combined radial and axial loads. Settable amplitude, frequency and waveform. Online calibration and user-friendly test software. Standalone operation with independent power pack.
Facilitates radial elasticity, axial elasticity and pull-out / push-out tests for OBJ, IBJ, control arms and stabiliser links. Digital extensometer with 1μm accuracy for end-lift measurement. Actuator-integrated sensor for push-out / pull-out displacement.
Measures articulation torque and mis-alignment torque of ball joints under defined axial pre-load conditions. Ensures joints meet OEM torque specifications and have the right feel for steering system integration.
Long-duration durability testing of hub-bearing assemblies under combined radial, axial and moment loads — replicating cornering, braking and road-load conditions simultaneously to verify bearing life and seal integrity.
Active endurance testing of accelerator pedal modules under realistic pedal-force and displacement profiles. Simulates millions of driver actuation cycles to validate pedal mechanism life and haptic consistency over the vehicle's design life.
Simultaneous testing of six CV joint or ball joint boots under combined articulation and axial displacement. Validates seal integrity over the required service life. Greatly reduces total test duration versus single-station testing.
End-of-line (EOL) functional test rig for aircraft landing gear assemblies. Simulates the full sequence of deployment, retraction, locking and load conditions required for airworthiness verification after overhaul or new manufacture. Built to aerospace quality standards.
Dedicated test system for hydraulic and electro-mechanical actuators used in aircraft landing gear mechanisms. Measures force, stroke, leakage and response time under operational load and pressure profiles. Traceable calibration and full data acquisition.
Controlled dynamic force excitation system for modal analysis of aerospace and automotive structural assemblies. Generates programmable frequency sweeps and impact profiles to identify natural frequencies, mode shapes and damping characteristics.
Simulation and calibration rig for instrumented wheels used in broad-gauge Indian Railways track measurement vehicles. Applies controlled vertical, lateral and longitudinal wheel-rail forces to calibrate the measurement system. Conforms to EN 14363, UIC 518 and US CFR 49 standards.
Multi-purpose servo-hydraulic test rig with 50 kN actuators and built-in position sensors. Easily reconfigured for different test geometries and loading profiles — suitable for automotive, railway and general structural component testing without hardware changes.
Railway components — bogies, axle boxes, couplers, buffers, track monitoring systems — often require test rigs with no commercial precedent. ETA designs from your test requirement, component geometry and applicable standards outward.
Our rigs replicate real-world multi-axis load conditions — not simplified single-axis approximations. The result: test data that correlates to actual field behaviour.
Online calibration, real-time plotting and full data recording as standard. Test results are immediately available for analysis — no post-processing delays on your development timeline.
Independent hydraulic power packs, self-contained electrical cabinets and user-friendly software mean your team can run tests without specialist support on every shift.
Tell us what you're testing, the applicable standard or load profile, and the volume of parts. We'll specify the right rig — standard or custom — and show you the test data before delivery.