Comprehensive Repair Planning

Automated ADAS Calibration Discovery

ADAS systems — like lane departure, automatic emergency braking, parking assist, and blind spot detection — all require precise calibration after collision repair. Manually identifying which calibrations apply to a given vehicle takes time and is prone to error.

RepairLogic automatically identifies required ADAS calibrations based on the specific vehicle and repair. RepairLogic data shows that 95% of repair plans include one or more calibration procedures, and over half of those calibrations were surfaced automatically by the platform — not manually added by the estimator.

• Organises all required calibrations in one place
• Automatically identifies calibrations based on vehicle and damage profile
• Reduces the risk of missed operations and post-repair comebacks
• Supports OEM justification for insurer approval

Linked Procedures

In a collision repair, procedures rarely exist in isolation. Removing a bumper may trigger requirements for adjacent components, sensors, or structural elements. RepairLogic automatically surfaces related procedures based on the specific repair, so nothing critical gets buried in a procedure manual or missed entirely.

• Automatically links dependent and related OEM procedures
• Surfaces critical operations that might otherwise be missed
• Reduces reliance on technician memory or experience to catch procedure relationships
• All procedures sourced directly from OEMs and are authentic & unmodified

Single-Use Parts Identification

A common source of missed line items on estimates are single-use parts like fasteners, clips, brackets, and other components. As the name suggests, single-use parts must be replaced rather than reinstalled. When they're not captured at the planning stage, they create supplement cycles that slow down repair completion.

RepairLogic flags single-use parts in real time as procedures are added to the repair plan. 40% of RepairLogic repair plans contain at least one single-use part, making this an area with significant and consistent impact on estimate accuracy and parts procurement.

• Flags single-use parts automatically as procedures are selected
• Improves estimate accuracy and reduces supplement cycles
• Supports optimised parts ordering before the vehicle enters the repair bay

Damage Mapping

RepairLogic organises repair procedures around the vehicle and its damage, not around generic menu structures. Estimators can navigate the repair plan by identifying affected areas directly, making it faster to locate relevant procedures and easier to build a plan that accurately reflects the scope of damage.

• Navigate procedures based on damaged areas of the vehicle
• Reduces time spent searching through unrelated procedure groups
• Creates a logical, damage-driven workflow for estimators and technicians
• Supports more accurate damage documentation from the start

3D Vehicle Model

RepairLogic includes an interactive 3D model of the vehicle being repaired, giving estimators and technicians a visual reference point throughout the planning process. Rather than working from static diagrams or text-only procedure lists, users can navigate the vehicle visually by selecting areas of the model to surface relevant procedures and calibrations.

• Interactive 3D model specific to the vehicle being repaired
• Visual navigation ties damage location directly to procedures
• Supports clearer communication between estimators, technicians, and managers
• Option to view inner structure for more complex repairs