The repairability of a dent depends on paint condition, metal stretch, dent sharpness, panel material, location, and tool access. PDR is most reliable when the paint is intact and the panel can be moved in a controlled way.
Quick answer: A dent is a good PDR candidate when paint is intact, metal stretch is limited, and the technician can reach or safely pull the low area. Cracked paint, torn edges, and severe stretch usually point to conventional repair.
1. Can PDR fix door dings?
Yes. Door dings are one of the most common PDR repairs when the paint is intact and the dent is not too sharp or stretched.
2. Can PDR fix hail damage?
Yes. Many shallow hail dents are good PDR candidates. Heavy hail damage requires dent mapping, proper lighting, access planning, and final QA.
3. Can PDR fix creases?
Soft creases can often be repaired with PDR. Sharp or stretched creases are harder and may not finish perfectly.
4. Can PDR fix dents on body lines?
Many body-line dents can be repaired, but they require more skill because the technician must restore the designed ridge, not only the low spot.
5. Can PDR repair aluminum panels?
Yes, many aluminum dents can be repaired. Aluminum usually requires more deliberate pressure and careful tool control than steel.
6. Can PDR repair bumper dents?
Plastic bumper dents are not standard metal PDR. They may need heat reshaping or bumper-specific repair methods.
7. Can PDR fix cracked paint?
PDR can sometimes improve the shape, but cracked paint means the repair is no longer fully paintless. Refinishing may be needed.
8. Can PDR fix dents near panel edges?
Sometimes. Edge dents are harder because access is limited and the panel hem may be folded.
9. Can glue pulling fix all dents with no access?
No. Glue pulling is useful, but it may not finish sharp, stretched, or paint-risk dents by itself.
10. What photo helps a technician judge repairability?
Send a clean straight-on photo, an angled reflection photo, a close-up of the impact point, and a wider photo showing panel location.