The Photographs an Adjuster Actually Needs From You

Three questions, in order. Which unit is this, and where was it when this happened. What areas are damaged, and how do they relate to each other on the body. How deep does each one go, and does it stop at the outer skin. An adjuster reviewing an RV file wants those answered before they open an estimating system, and they will build the number from whatever the images support.

That is why volume is not the goal. Twenty deliberate frames beat two hundred casual ones, because two hundred casual ones almost always answer question three and skip questions one and two. A GEICO reviewer looking at eleven tight shots of cracked gelcoat has no idea whether they are looking at eleven separate impacts or one impact from eleven angles, and the safe assumption for them is the smaller one.

• One wide establishing frame with the whole unit and its surroundings
• Four corner frames, taken at roughly forty five degrees to each corner
• One flat elevation of each side, taken square to the body
• A mid range frame of every damaged area, showing its position on the body
• Detail frames with a scale object in every one
• The VIN plate, the data plate and the odometer or hour meter

Start at forty feet or wherever the whole unit fits in the frame with room to spare. This shot is not about the damage at all. It establishes that this is a forty two foot coach, in this lot, in this row, at this angle to the aisle. On an unwitnessed hit in a storage facility it is often the frame that answers the question of how the contact geometry worked.

Move to mid range next, six to twelve feet, one frame per damaged area, framed so the reviewer can see where on the body it sits. A crack means one thing eighteen inches from a slide opening and something else in the middle of a blank sidewall. Mid range is what carries that relationship, and it is the tier owners skip most often, jumping straight from a distant shot into a macro of the crack itself.

1. One wide frame with the whole unit and the surroundings, from about forty feet
2. Four corner frames at roughly forty five degrees, working around the unit in one direction
3. One square elevation of each side and one of each cap, from twelve to fifteen feet
4. A mid range frame of each damaged area from six to twelve feet, showing its position
5. Detail frames from two to three feet, square to the panel, scale object in frame
6. The same detail again from an oblique angle, with light raking across the surface
7. The equivalent area on the undamaged side, framed identically, as a comparison
8. VIN plate, data plate, odometer or hour meter, and the license plate
9. The two video clips, taken last so the stills are not interrupted

A close up with nothing in it for scale cannot be turned into a labor time. The reviewer has no way to know whether that crease is four inches or fourteen, and a fourteen inch crease across a laminated sidewall is a completely different repair from a four inch one. Put something in frame with a known size and the guessing stops.

A tape measure pulled out along the damage is the best option, held so the numbers are legible and the zero end is at the edge of the damage. A rigid ruler is second. A coin taped beside a small dent works and is better than nothing, since a quarter is a size every adjuster in the country recognizes instantly. Whatever you use, keep it in the same plane as the surface, not floating in front of it, because a reference held closer to the lens reads larger than the damage it is meant to size.

Two more references earn their place on a big unit. A stepladder or a person in a mid range frame gives vertical scale on a tall sidewall. And where dents are being counted rather than measured, the practice of marking a square on the panel and holding the camera at a consistent height is what makes counts from different squares comparable at all.

The single most common photographic failure on a body claim is a direct flash. An on camera flash throws light straight down the lens axis, which means it fills every shallow depression with light and removes the shadow that made the depression visible. Owners send a flash photo of a dent they can plainly see with their own eyes and the image shows a clean panel with a bright spot in the middle of it.

The fix is raking light: light travelling nearly parallel to the surface rather than perpendicular to it. Stand so the sun or a shop light is off to one side and low, then shoot along the panel rather than at it. A low spot in a gelcoat or a painted aluminum skin suddenly reads as a dark band with a highlight beside it. Early morning and late afternoon do this on their own, which is why overcast noon is the worst possible time to shoot body damage.

For interior water staining the opposite applies. Diffuse light and no flash, because a flash blows out the contrast between a stained panel and a clean one. If a ceiling panel stain is faint, backing off and including the surrounding clean panel in the frame gives the reviewer a reference tone to judge against.

There is a hard limit here and it is worth understanding, because owners are sometimes told their photos were insufficient without being told why. A phone has a small sensor, a fixed aperture, aggressive noise reduction and lossy compression that smooths exactly the sort of low amplitude surface deviation you are trying to document. The processing that makes a family photo look good actively erases a shallow crease.

Then there are things no camera of any kind can record. A moisture reading is a number from a meter, not an appearance. A hairline crack in a weld under an undercoat looks like undercoat. Delamination behind an intact gelcoat surface looks like gelcoat. Frame deviation of half an inch across a forty foot chassis is invisible in any photograph ever taken. Fault codes live in a module and are dated there. None of that is a photography problem, and no shot list will solve it.

So the division of labor is clear. Photographs establish what is visible, where it is, and how big it is. Measurement establishes what is not visible. A file with excellent photos and no measurements gets scoped as a cosmetic repair, which is precisely how a structural loss ends up underwritten as a panel job.

Two clips, and stopping at two is deliberate, because long video is the format adjusters are least likely to watch. The first is a continuous lap of the unit at a steady walking pace, held at chest height, at a constant distance of roughly eight feet, starting and ending at the same corner. One unbroken take. Its value is that it cannot be assembled from selected moments, so it establishes the whole condition of the body in one piece of evidence.

The second is functional. If a slide, an awning, a door or a compartment is involved, record it operating, or failing to operate, from a position where both the control and the moving part are visible. A Solera awning arm that binds at the same point every cycle is obvious in nine seconds of video and impossible to convey in stills. Say the date and the location out loud at the start of the clip.

Every photo your phone takes carries embedded metadata: the capture date and time, the device, the lens, and usually the location if that is enabled. On a delayed discovery claim, that embedded date is frequently the strongest single piece of evidence in the file, because it is not something you typed. Check that your phone clock and time zone are correct once, and it will be right for every claim after that.

Metadata is fragile in specific ways. Screenshotting a photo destroys it entirely, and owners screenshot constantly to crop or to annotate. Sending images through some messaging apps strips it. Downloading, editing and re saving can rewrite it. The rule is simple: send the originals, and keep your own copy of the originals somewhere you will not tidy up.

The undamaged side is first, and it surprises people every time. A frame of the opposite side, taken from the same distance and angle as the damaged one, gives a reviewer a direct baseline for paint condition, decal condition and panel alignment. It is also what stops pre existing chalking or an old repair from being folded into your claim, or your fresh damage from being dismissed as more of the same.

Second is identification. The VIN plate, the data plate with the weight ratings and build date, and the odometer or hour meter. These get skipped because they are not damage, and then somebody at the carrier spends two days establishing which unit the photos belong to. Third is the ground: gouge marks, glass, debris, a paint transfer on a bollard, the tire position in the space.

Fourth is the areas nobody thinks to look at. The roof from a ladder, shot flat rather than at an angle. The lower skirt and the underside behind the impact. The interior wall directly opposite the point of contact, because that is where a substrate failure shows first. The hitch, tow bar or tag axle area on a towed unit. And the roof top array, which sits above the camera line on every frame anyone naturally takes.

• The undamaged side, framed identically to the damaged side
• VIN plate, data plate, odometer or hour meter, license plate
• The ground at the scene: gouges, glass, debris, paint transfer
• The roof, shot flat from a ladder rather than from the ground
• The interior surface directly opposite each point of impact
• The lower skirt, the underside and any tow or hitch hardware
• Roof top solar panels, vents and air conditioner shrouds from above