Eight standard angles for every vehicle. Resolved by VIN, licence plate or a make and model search.

One request returns the exact configuration on your lot: front, both three quarter views, both sides, both rear angles and the rear. Transparent or grounded, at the size your layout asks for.

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You already know which car it is. Tell the API in whatever form you have it.

Most systems hold a VIN, some hold a plate, some only a make and model string from an import feed. All three resolve to the same configuration, so the images match the vehicle that is actually standing on the lot.

  • VIN: the exact trim, model year and factory colour, no manual mapping
  • Licence plate: the same result where plate lookup is available
  • Search: make, model, year and variant as free text, for feeds without a VIN
  • Every route returns the same response, so your code path stays identical

From a vehicle to a picture in three calls

No file management, no naming conventions to agree on, no folder that someone has to keep tidy.

01
Resolve the vehicle

Pass a VIN, a plate or a search string. You get back the configuration with its permanent id, so you can store it and reuse it later.

02
Request the view

Ask for one of the eight angles, or for all of them at once. Transparency, grounded shadow, colour, format and size are query parameters.

03
Drop the URL in

The answer is a signed CDN link. Anything that renders an image tag can render it, from your dealer system to a quote PDF.

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An SUV from one brand lines up with a saloon from another.

Every image comes from the same studio setup, the same lighting and the same camera positions. That is what makes a results page of thirty vehicles read as one catalogue instead of thirty separate photo shoots.

  • Identical framing, so cards never jump in height
  • Transparent cut-outs inherit your page background, no grey letterboxing
  • Grounded shadows where the car should feel physically present
  • WebP or JPEG at the exact width your layout needs

What platform teams ask first

Do I need a VIN for every vehicle?

No. A licence plate works where plate lookup is available, and a make and model search covers feeds that carry neither. The response format is the same in all three cases.

What exactly are the eight angles?

Front, front three quarter left and right, both sides, rear three quarter left and right, and the rear. Always in that order, for every vehicle.

Can I get interior views as well?

Yes. Interior shots such as the steering wheel and centre console are available alongside the eight exterior angles.

How do the images get into our system?

You store the returned URL, not a file. It is served from a global CDN, so the second visitor pays no rendering cost at all.

What happens when a model year changes?

New model years are added continuously. Configuration ids are permanent and survive catalogue updates, so stored references keep working.

What a standardised vehicle image API changes for a platform

Marketplaces and platforms often lose a visitor before the results page has finished loading. The first impression of a vehicle is decided by the consistency of the listing, not by the copy underneath it. When images vary in angle, crop and light, the page reads as untidy, and untidy reads as untrustworthy.

Replacing fragmented image sets with one source

A structured vehicle image API replaces a pile of supplier files with a single reliable source. Every model in your database is presented to the same visual standard, whatever the brand and whoever supplied the car. Nobody has to police image guidelines, because there is nothing left to police.

The logical sequence of perspectives

The coverage follows a deliberate order so a buyer builds a complete picture of the exterior. It starts with the direct front view to establish the vehicle identity, moves through the three quarter views that show proportion and stance, takes in both sides, and closes at the rear. The same sequence for every car means a customer learns to read your gallery once.

From files to data

Treating images as data rather than as files removes an entire class of manual work: no searching for a missing shot, no renaming, no resizing before upload, no wrong angle in the wrong placeholder. Onboarding a new listing becomes part of the import, not a task afterwards.

  • No file naming conventions to agree on or enforce
  • No second image library to keep in sync with the catalogue
  • No editing step between the car arriving and the listing going live
  • One request per view, cached on the CDN for everyone after the first visitor

Scalability and developer experience

Because the API connects directly to the vehicle data you already hold and follows clear naming conventions, developers can ship listing features instead of maintaining an asset pipeline. Growth stops being an image problem: a catalogue twice the size needs no additional photography, storage or editing capacity.

Bring automotive imagery to your platform

Tell us what you need, and we’ll show you exactly the images your customers would get, clean, consistent and ready to use. Send a message or book a short call, whatever suits you better. You’ll usually hear back the same day, with real examples based on your own inventory.

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Improve the presentation of your vehicle inventory

See how the eight standard angles look on your own stock, in your own listing layout, before you decide anything.

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