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(latest NCVER data)Vehicle owners depend on technicians trained through AURLTD105 Diagnose and repair light vehicle suspension systems to diagnose worn components and abnormal noises and to remove spring tension safely before repairing struts, coil springs and other suspension parts. Using AURLTD105 RTO training materials, RTOs delivering light vehicle mechanical qualifications can cover this core chassis unit with consistent workshop tasks.
Learners develop skills in sourcing diagnostic testing strategies, managing stored energy in springs and torsion bars, handling heavy components safely, testing for worn components and abnormal noise, replacing MacPherson struts and coil springs, removing leaf, torsion bar or pneumatic spring components and completing post-repair testing.
Give your team our AURLTD105 RTO training materials rather than building suspension repair tasks internally. Purchase RTO materials and use AURLTD105 learning materials that guide learners from diagnosis through to final inspection.
Supplied as a coordinated set, the AURLTD105 training resources provide a prepared foundation for diagnosing and repairing light vehicle suspension systems. Purchase RTO materials and give workshop trainers AURLTD105 training materials that support safe, practical delivery.
Check the latest unit requirements on training.gov.au before delivery. Your team should contextualise and validate these AURLTD105 training materials for its learner cohort, delivery model and selected compliance environment. Use the supplied mapping as a starting point when reviewing your AURLTD105 materials against the Standards for RTOs.
AURLTD105 Diagnose and repair light vehicle suspension systems covers diagnosing and repairing light vehicle suspension systems through a structured process of testing, repair and post-repair checks. It applies to people in the automotive service and repair industry working on light vehicles, light commercial vehicles or outdoor power equipment.
The unit addresses five core areas:
Learners work on a MacPherson strut system, a coil spring system and one of a leaf spring, torsion bar or pneumatic system, including removing the spring component. They are developed as compliant learning resources, but your team should check that equipment such as spring compressors is available.
The content explains stored energy hazards and procedures for removing tension from suspension components. Trainers should reinforce these with demonstrations using the equipment in their own workshop.
Yes. The editable files support permitted contextualisation, so your team can reference the vehicles and workplace procedures used in delivery.
No. The unlimited student licence covers all enrolled learners without per-student fees, subject to the applicable licence conditions.
Yes. Free samples let your team review the layout and depth of the resources before purchasing.
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