Knowledge library
Guides
Clear, practical explanations of ADAS technology, diagnosis, calibration, workshop practice and the Australian automotive context.
Topic
ADAS Fundamentals
Core concepts, terminology and how modern driver assistance systems work.
Understanding ADAS alerts and warnings
How to distinguish normal status messages, temporary limitations and faults—and how to respond without losing focus on the road.
Driver monitoring systems explained
How driver monitoring detects possible distraction or fatigue, what its warnings mean and why it cannot judge whether you are fit to drive.
Rear cross-traffic alert explained
How rear cross-traffic alert detects approaching traffic while reversing, its blind spots and how to respond safely.
Getting to know your ADAS safely
A practical checklist for learning a vehicle's driver-assistance features without deliberately provoking safety interventions.
Adaptive cruise control: how to use it safely
How adaptive cruise control manages speed and following gap, where it can struggle and when the driver should take over.
Automatic emergency braking explained
What AEB can and cannot do, how drivers should respond to warnings and when unusual braking needs investigation.
Lane assistance explained
The differences between lane-departure warning, lane-keeping assistance and lane centring—and how to use them safely.
What is ADAS?
A plain-English introduction to advanced driver assistance systems, what they can do and what drivers remain responsible for.
Topic
Sensors
Cameras, radar, ultrasonic sensors, LiDAR and sensor fusion.
Topic
Calibration
Static, dynamic and combined calibration principles and requirements.
Windscreen replacement and ADAS: what changes?
Why replacing a windscreen can affect forward-facing cameras, when calibration may be required and what Australian drivers should ask for.
Radar calibration: workshop best practices
A practical framework for identifying calibration requirements, preparing the vehicle, controlling the setup and verifying the result.
Camera and LiDAR calibration fundamentals
Workshop principles for inspecting, preparing, calibrating and verifying camera and LiDAR systems without substituting generic steps for manufacturer procedures.
Static vs dynamic ADAS calibration
How static, dynamic and combined calibration methods differ, what each requires and why the technician does not choose by convenience.
When is ADAS calibration required?
A workshop decision process for identifying calibration requirements after repairs, replacement, adjustment or damage.
Topic
Diagnostics
Pre-scans, post-scans, DTCs, data interpretation and fault finding.
Phantom braking: why it happens and what to do
A calm guide to unexpected ADAS braking, common triggers, immediate driver response and when the vehicle needs inspection.
Diagnosing ADAS fault codes
A structured approach to ADAS DTCs, network faults, blocked sensors, calibration codes and faults shared with other vehicle systems.
How weather and road conditions affect ADAS
Why rain, glare, fog, roadworks and poor markings can limit driver-assistance systems—and how drivers should respond.
Pre-scan and post-repair scan workflow
What vehicle scans contribute before and after ADAS-related repairs—and why codes must be interpreted rather than merely cleared.
Preventing ADAS calibration failures
Common workshop causes of failed or unreliable calibration and a systematic way to correct them before repeating the routine.
Topic
Workshop Practice
Practical processes for safe, accurate and documented ADAS work.
Buying a used car with ADAS: what should you check?
A practical pre-purchase checklist for cameras, radar, warning lights, repair history and driver-assistance features.
Setting up an ADAS calibration station
How to assess space, floor, lighting, equipment, workflow and quality controls for repeatable static calibration work.
Replacement parts and ADAS compatibility
How to assess windscreens, bumpers, grilles, emblems and brackets around ADAS sensors without assuming OEM branding is the only test of suitability.
ADAS calibration records and documentation
What a defensible calibration record should contain for workshops, customers, repairers and insurers.
Wheels, suspension and ADAS geometry
How tyre size, ride height, wheel alignment and steering data can affect ADAS—and how workshops should decide what work is required.
How to explain ADAS calibration costs
A transparent customer conversation about why calibration may be required, what the quote includes and what evidence they should receive.
Topic
Australian Standards
ADRs, industry guidance, training updates and Australian context.
ADAS technician training and competency
The knowledge, practical skills and continuing development technicians need for responsible ADAS diagnosis and calibration.
Workshop responsibility for ADAS repairs
An Australian-focused framework for safe work, repair planning, referrals, documentation and managing ADAS-related responsibility.
Topic
Future Technology
Emerging driver assistance, automation and vehicle safety technology.
Automated driving: what changes for the driver?
A practical guide to assisted and automated driving, system boundaries, takeover responsibility and why feature names are not automation levels.
Future calibration and sensor health
How self-checking, learned corrections, remote diagnostics and sensor ageing may change workshop work without removing physical verification.
Turquoise lights and automated driving
What turquoise automated-driving marker lamps are intended to communicate and why they are not yet a universal signal in Australia.