Cutsio Blog

How to Search Repair Shop Walkthrough Videos by Damage Type

The fastest way to search repair shop walkthrough videos by damage type is to upload the footage to Cutsio and search for specific damage descriptions like 'bumper damage,' 'dent on rear panel,' or 'windshield crack.'

How do you search repair shop walkthrough videos by damage type?

The fastest way to search repair shop walkthrough videos by damage type is to upload the footage to Cutsio and search for specific damage descriptions like "bumper damage," "dent on rear panel," or "windshield crack." Instead of watching every second of a repair walkthrough to find all visible damage, adjusters can search for each damage type and jump directly to the relevant frames.

Repair shop walkthrough videos are a critical part of the auto claims process. After a vehicle is brought to a repair shop, the shop records a walkthrough video documenting the visible damage. This video serves as the baseline for the repair estimate. The adjuster reviews the walkthrough to verify that the estimate matches the actual damage. Traditional review requires the adjuster to watch the full walkthrough, note each instance of damage, and compare against the estimate.

Why is manual repair walkthrough review time-consuming?

A repair shop walkthrough video typically covers the entire vehicle — front bumper, hood, front fenders, doors, rear panels, trunk, roof, and interior. The camera operator walks around the vehicle, pausing at each damaged area. A complete walkthrough takes 5 to 10 minutes.

The adjuster must watch the full walkthrough and visually identify every instance of damage. For a vehicle with damage to multiple panels — common in multi-vehicle collisions — the adjuster must track each damaged area and note its location and severity. A vehicle with damage to 8 panels generates 8 separate observations, each requiring the adjuster to note the timestamp and compare against the estimate.

The verification problem adds time. The adjuster must verify that the estimate lists every instance of visible damage and does not include damage that is not visible. If the estimate lists "damage to left rear door" but the walkthrough shows damage to the right rear door, the adjuster must flag the discrepancy. Finding and verifying each line item takes 30 to 60 seconds per item.

How does Cutsio search repair walkthroughs by damage type?

Upload the repair shop walkthrough video to Cutsio. Multimodal visual intelligence analyzes every frame, identifying vehicle parts, damage locations, and damage severity. Adjusters search for specific damage types and get results showing every instance across the vehicle.

| Damage Type | Search Query | What Cutsio Finds |

|---|---|---|

| Bumper damage | "bumper damage" or "damage to front bumper" | Every bumper impact |

| Panel dent | "dent on rear panel" or "dent on door" | Every panel indentation |

| Scratch or scuff | "scratch on fender" | Every surface scratch |

| Windshield damage | "windshield crack" or "windshield chip" | Every glass impact |

| Headlight damage | "headlight damage" or "broken headlight" | Every light assembly impact |

| Wheel damage | "wheel damage" or "rim damage" | Every wheel impact |

Searching for "bumper damage" returns clips showing every visible impact to the bumper. Searching for "dent on rear passenger door" returns clips matching that specific panel. The adjuster reviews each result and compares against the estimate.

For estimates that list multiple line items, the adjuster searches for each item and confirms the damage exists. If the search for "damage to left front fender" returns no results, the adjuster flags the estimate for review. If the search returns damage that is not listed in the estimate, the adjuster notes the additional damage.

How do you verify a repair estimate against a walkthrough video?

Verifying a repair estimate against a walkthrough video requires matching each estimate line item to visual evidence. Cutsio makes this process systematic. The adjuster opens the estimate and searches for each line item in the walkthrough video.

For a typical estimate with 10 to 15 line items, the adjuster searches for each one. "Bumper cover — replace." The adjuster searches for "bumper damage" and confirms the bumper is damaged. "Left headlight assembly — replace." The adjuster searches for "left headlight damage" and confirms. Each search takes 10 to 20 seconds. The total verification time is 3 to 5 minutes for a 15-line estimate.

For items that are not visible in the walkthrough — hidden damage, mechanical issues, or damage discovered during disassembly — the adjuster documents that the item was not visible in the walkthrough and notes that further inspection is needed. The compiled evidence shows which items were confirmed and which require additional investigation. For more on the verification workflow, read our guide to how auto adjusters analyze dashcam footage faster.

How do you handle repair shop walkthroughs that are missing key angles?

Not all repair shop walkthroughs capture every angle clearly. A walkthrough taken from the front of the vehicle may miss damage on the rear panel. A walkthrough with poor lighting may fail to show subtle damage. When the adjuster searches for a specific damage type and the walkthrough does not show it clearly, the adjuster has several options.

The adjuster can request additional photos or video of the missing angle. Cutsio's Collection structure allows the repair shop to upload supplementary media to the same claim Collection. The adjuster searches the supplementary footage for the missing damage type.

If the walkthrough is genuinely incomplete, the adjuster documents that the walkthrough did not provide clear visibility of the claimed damage area. The adjuster notes the limitation in the claim file and bases the estimate verification on the footage that was available. For damage types that were confirmed, the adjuster approves the estimate line items. For damage types that could not be confirmed, the adjuster requests additional documentation before approving payment.

This systematic approach ensures that estimate verification is thorough and documented. Every line item is either confirmed by visual evidence or flagged for additional investigation.

How do you compare a repair estimate against a walkthrough step by step?

A typical repair estimate for a moderate collision includes 10 to 15 line items covering parts, labor, paint, and supplies. The adjuster must verify that each part was actually damaged and that the labor corresponds to the visible damage.

The adjuster opens the estimate and the Cutsio walkthrough Collection side by side. Starting with the first line item — "Front bumper cover — remove and replace" — the adjuster searches the walkthrough for "front bumper damage." Cutsio returns clips showing the bumper condition. If the bumper is clearly damaged, the adjuster confirms the line item and moves to the next.

For "Left headlight assembly — remove and replace," the adjuster searches for "left headlight damage." The walkthrough may show the headlight from multiple angles. If the headlight is cracked or the housing is broken, the adjuster confirms the line item. If the headlight appears intact, the adjuster flags the item for review.

For labor line items like "R&I front bumper cover" (remove and install), the adjuster verifies that the labor corresponds to the visible damage. If the bumper needs replacement, the labor to remove and install it is justified. If the bumper does not need replacement, the adjuster questions why the labor is included in the estimate.

For paint and materials line items, the adjuster verifies that the painted panels match the damaged panels. If the estimate includes painting the rear bumper but the walkthrough shows damage to the front bumper only, the adjuster flags the discrepancy.

The adjuster compiles the confirmed clips and the flagged items into a single evidence package. The package shows which line items were verified and which require additional investigation. The package is shared with the repair shop and the claims supervisor for resolution.