Steering Geometry, Multi-Link Assemblies & Digital Calibration
Modern automotive chassis design has advanced significantly beyond simple leaf springs and hydraulic shocks. High-efficiency commercial transit fleets and passenger vehicles now use complex multi-link configurations, electronic dampening networks, and precision-dependent steering loops. Technicians who rely on visual guesswork cost operations thousands in ruined tires and component failures.
This program delivers intensive, hands-on exposure to structural suspension diagnostics and calibration. Candidates work directly within live workshop bays using mechanical press systems, component extractors, and modern laser-guided wheel alignment machines to master safety controls, stability tolerances, and geometric corrections.
Core Workshop Syllabus Modules
Full structural isolation and teardown routines for MacPherson struts, double-wishbone layouts, multi-link configurations, and commercial heavy vehicle leaf/air bag suspension systems. Students master the safe deployment of industrial spring compressors and heavy hydraulic removal presses.
Deep dive into tracking structural chassis angles. Learn to measure and compute Caster, Camber, Toe-in, Toe-out, tracking lines, thrust angles, and Steering Axis Inclination (SAI) to diagnose severe tire wear and pulling faults.
Hands-on operations using modern digital wheel alignment equipment. Candidates learn target positioning, run-out compensation sequencing, live live-data steering adjustment tracking, and steering angle sensor (SAS) electronic resets.
Using dial indicators and chassis load simulator plates to locate hidden play within ball joints, inner/outer tie rods, rack-and-pinion gear backlash, stabilizer links, and control arm bushings.
