Auto Body & Collision Technician

OEM specs = critical reference; repairs must restore vehicle to exact geometry per manufacturer specifications for safety. Memorize this formula and practise substituting values — exam questions often give you three variables and ask you to solve for the fourth.

Major structural = frame, suspension mounts, or pillars involved; requires pulling/measurement; affects vehicle safety and handling. Memorize this formula and practise substituting values — exam questions often give you three variables and ask you to solve for the fourth.

Remanufactured parts = acceptable for some systems with warranty; safety-critical items (brakes, suspension) often require OEM new. Memorize this formula and practise substituting values — exam questions often give you three variables and ask you to solve for the fourth.

Mitchell/Audatex = industry standard; provides parts pricing, labor guides, and procedure specs for professional estimates. Understanding and applying code requirements correctly ensures your installations pass inspection and meet legal obligations in your jurisdiction.

Computerized frame measuring = accuracy to 1-2mm; ensures suspension geometry correct and wheels track properly. Memorize this formula and practise substituting values — exam questions often give you three variables and ask you to solve for the fourth.

Multi-year paint fading = color in paint document may not match faded vehicle; spectro analysis essential for accurate match. Memorize this formula and practise substituting values — exam questions often give you three variables and ask you to solve for the fourth.

Secondary damage = consequential damage from impact (transmission mounts loosened, suspension arms bent); must be identified and repaired. Memorize this formula and practise substituting values — exam questions often give you three variables and ask you to solve for the fourth.

Post-repair compliance = OBD2 trouble codes cleared, emissions systems functional, all fluids filled, and brakes bled (including ABS). Understanding and applying code requirements correctly ensures your installations pass inspection and meet legal obligations in your jurisdiction.

Paint booth specs = adequate airflow for overspray capture and worker protection; improper airflow = exposure to fumes/solvents. Memorize this formula and practise substituting values — exam questions often give you three variables and ask you to solve for the fourth.

Total loss documentation = comprehensive inventory and salvage paperwork protecting both shop and insurer. Memorize this formula and practise substituting values — exam questions often give you three variables and ask you to solve for the fourth.

Post-collision undercarriage check = fluid leaks, radiator/transmission cooling line damage, and drivetrain binding identified early. Memorize this formula and practise substituting values — exam questions often give you three variables and ask you to solve for the fourth.

Ride height = OEM spec critical; suspension damage/repair must restore exact height; affects handling and braking effectiveness. Memorize this formula and practise substituting values — exam questions often give you three variables and ask you to solve for the fourth.

Aluminum requires TIG welding with argon, specific 4043/5356 filler, and controlled heat/cooling; steel welders may damage aluminum. Being able to compare options and explain the trade-offs is a sign of genuine trade knowledge — and exactly what Red Seal examiners look for.

UHSS welding = must follow OEM spec (often cold-forming post-weld); standard welding heat-treats material and reduces strength below safety spec. Understanding and applying code requirements correctly ensures your installations pass inspection and meet legal obligations in your jurisdiction.

Thrust angle = rear axle alignment indicator; misaligned rear = front wheels compensate, causing handling/tire wear issues. Memorize this formula and practise substituting values — exam questions often give you three variables and ask you to solve for the fourth.

Pulsed MIG = controlled heat cycles reducing thermal distortion in aluminum; preferred for thin-gauge collision repair. Memorize this formula and practise substituting values — exam questions often give you three variables and ask you to solve for the fourth.

Bumper replacement = if frame attachment damaged or absorption padding compromised; repair inadequate for crash protection. Memorize this formula and practise substituting values — exam questions often give you three variables and ask you to solve for the fourth.

Bare metal exposed during repair = immediate corrosion risk; inhibitor/primer required before final finish to prevent future rust. Memorize this formula and practise substituting values — exam questions often give you three variables and ask you to solve for the fourth.

Frontal collision = suspension stress throughout; tie-rods, control arms, and mounting points all require inspection for bending/cracking. Memorize this formula and practise substituting values — exam questions often give you three variables and ask you to solve for the fourth.

Aluminum repair complexity = labor multiplier 1.25-1.5×; additional safety precautions and TIG welding slower than MIG steel. Memorize this formula and practise substituting values — exam questions often give you three variables and ask you to solve for the fourth.

Plastic repair = material-specific; wrong heat/adhesive = failed repair; identification and correct technique essential. Memorize this formula and practise substituting values — exam questions often give you three variables and ask you to solve for the fourth.

ADAS recalibration requires frame/geometry verification first; misaligned frame = failed ADAS calibration despite correct sensor positioning. Memorize this formula and practise substituting values — exam questions often give you three variables and ask you to solve for the fourth.

Total loss threshold = 70-80% of pre-loss value (varies by insurer/province); includes salvage value offset. Memorize this formula and practise substituting values — exam questions often give you three variables and ask you to solve for the fourth.

Boron steel welding = risk of HAZ softening; some specs require cold-forming or OEM repair procedures to restore strength. Memorize this formula and practise substituting values — exam questions often give you three variables and ask you to solve for the fourth.

Post-repair QC = comprehensive test including geometry, alignment, braking, steering, and all safety systems operational. Memorize this formula and practise substituting values — exam questions often give you three variables and ask you to solve for the fourth.

Repair economics: compare repair labor+materials vs. OEM part cost; replacement often more efficient for complex parts. Material selection directly affects performance, code compliance, and longevity. Using the wrong type can fail an inspection or create a hazard down the line.

Pull plan = strategy for sequential frame straightening; improper sequence leaves residual stress causing future failure. Memorize this formula and practise substituting values — exam questions often give you three variables and ask you to solve for the fourth.

Hybrid vehicle safety = HV battery disconnect essential; severe electrocution hazard without proper training/protocols. Memorize this formula and practise substituting values — exam questions often give you three variables and ask you to solve for the fourth.

Windshield glass affects ADAS camera calibration; OEM glass maintains correct optical properties; non-OEM may require recalibration. Being able to compare options and explain the trade-offs is a sign of genuine trade knowledge — and exactly what Red Seal examiners look for.

LED vs. halogen headlights = different voltage/cooling; non-OEM installation risks failure; connectors and housings must match. Memorize this formula and practise substituting values — exam questions often give you three variables and ask you to solve for the fourth.

Post-collision electronics = OBD2 scan mandatory; modules may need reprogramming or replacement if exposed to impact/electrical surge. Memorize this formula and practise substituting values — exam questions often give you three variables and ask you to solve for the fourth.