How it works
How an AI Car Respray & Wrap Visualiser Works.
Specced turns a photo of your own car into a photoreal preview in a new paint colour or wrap — free, in seconds to a minute, no account required.
What is an AI car respray visualiser?
An AI car respray visualiser is a tool that takes a photo of a specific car and generates a photoreal preview of that same car in a different paint colour, finish, or wrap material. Specced is one: upload a photo, pick a colour and finish, and get a render of your actual car back — not a stock photo, not a similar model, not a 3D mock-up.
How is it different from a colour overlay or Photoshop?
A colour overlay recolours pixels flatly, ignoring the car's curves, shadows and reflections — it looks like a sticker, not paint. Manual Photoshop can look real, but it takes a skilled editor real time per photo. Specced renders the new paint with correct light and shadow for your car's actual shape, and keeps the result true to your original photo — panel lines, proportions and background stay exactly yours. That fidelity is what most AI photo-edit tools fail to keep, and the reason their results commonly stop looking like the customer's own car.
Can a body shop or wrap shop use the result?
Yes, as a visual reference — it's a photo of the customer's own car in the target colour and finish, which communicates intent far better than a swatch or a verbal description. It is not a formal colour-code guarantee: bring the render to the shop alongside the paint code or wrap material name so they can order the exact product.
From photo to preview, step by step
1 Upload a photo of your car
Take or upload a photo of your own car — a clear ¾ angle in daylight works best. No account is required to start, and you can add more angles of the same car later to preview a colour across a full walk-around.
2 Pick a colour and finish
Choose a paint colour or a wrap material, then a finish — gloss, satin or matte. The catalogue covers real paint codes and wrap materials, not an arbitrary colour wheel, so what you preview maps to something a shop can actually order.
3 Get a render that is still your car
Specced repaints the body panels in your photo — same shape, same background, same lighting, new colour. The before/after is the same car in the same shot, just repainted, which is exactly what most AI photo tools fail to keep. Renders land in seconds to a minute.
4 Share or export the result
Every render gets a public before/after permalink you can send or post directly, no account needed to view it. For social, build a watermark-free slideshow export (once you’ve made a purchase) sized for TikTok and Instagram, straight from your phone.
AI photo respray vs. a 3D configurator vs. a generic AI image prompt
Three different ways people preview a car colour before committing to it, and what each actually gets you.
| Method | Uses your own car | Cost | Output quality & consistency |
|---|---|---|---|
| Specced (AI photo respray) | Yes — every render starts from your own uploaded photo | Free, 5/day with no account; packs from €4.99 | Photoreal, and stays true to your original photo — panel lines and proportions stay yours |
| Stock 3D configurator | No — a generic 3D model of the trim level, not your car | Free (manufacturer tool) | Clean and consistent because it isn't real — the same studio render every time, never your actual car, angle, mods or existing wear |
| Generic prompt-to-image (ChatGPT, Gemini) | Partial — can accept a photo of your car, but nothing holds the result to it | Free tier / subscription | Inconsistent — the render commonly drifts off your car's real proportions, the exact "doesn't look like my car" complaint |
Frequently asked questions
How accurate is the render to my actual car?
The render starts from your car's own photo rather than the nearest stock match, and the result stays true to that photo — shape, panel lines and proportions are your car's, not an approximation. Real-world paint under different lighting, and the skill of whoever applies it, will still shift the final result slightly — use the render to shortlist a colour with confidence, then confirm the exact shade with your installer.
Will a body shop or wrap installer accept the render as a reference?
As a visual reference, yes — because it's a photo of the customer's actual car in the target colour and finish, it communicates intent far better than a swatch or a verbal description, and most installers are used to working from photo references. It is not a colour-code guarantee: bring the render alongside the paint code or wrap material name so the shop can order the right product.
What does it cost to try it?
Trying it is free — 5 renders a day with no account, or 6 a day signed in. Sharing a result publicly earns +3 more that day, capped at +6. If you want more than the free quota, one-time credit packs start at €4.99 for 40 renders — no subscription.
What happens to my photos after I upload them?
We store the photos you upload and the renders made from them to run the service — we don't sell your data, run ads, or send marketing email. If you never create an account, everything is deleted automatically after 30 days without activity. If you sign in, your garage stays linked to your account until you delete it. See the Privacy Policy for the full detail.
Does it work on my phone?
Yes — Specced is built mobile-first because most traffic arrives from an Instagram or TikTok in-app browser, not a desktop. Upload, render and share all work in the browser with no app to install.
Can I try it without creating an account?
Yes — you get 5 free renders a day with no sign-up at all. An anonymous session (a browser cookie, not an account) holds your garage; sign in later only if you want it to persist across devices or to buy credits.
How is this different from asking ChatGPT or Gemini to edit my photo?
A generic prompt-to-image model can accept a photo and change its colour, but the output commonly drifts off your car's real proportions, panel lines and background — the single most common complaint about AI car-colour tools. Specced is built for exactly one job and keeps the render true to your photo, so the before/after is the same car in the same shot.