14 QR Code Examples You Can Scan Right Now (By Type)

A QR code is a square barcode that a phone camera reads to trigger an action: open a website, join a WiFi network, save a contact, start a payment. The fastest way to understand what each type does is to scan one, so every example below is a real, working QR code. Point your phone camera at any of them, right off this screen, and watch what happens.

Each example says exactly what it encodes and what your phone will do, with a link to the generator that makes that type. All destinations are sample data or pages on this site, so everything is safe to try.

Sample QR codes for testing and mockups

Two groups of people need a sample QR code rather than a real campaign code: developers and QA testers checking that a scanner, app, or POS camera reads codes correctly, and designers who need a placeholder QR in a flyer, business card, or app mockup before the real destination exists. The gallery above covers both jobs.

For scanner testing, use three codes with different densities: the plain text example (13) is the simplest pattern, the URL example (1) is a typical medium-density code, and the vCard example (3) is a dense payload that stresses the decoder. If a scanner reads all three from your screen, it will handle real-world codes. For a print test, the size guide covers minimum dimensions by scan distance.

For design mockups, any code on this page is safe to place as a temporary stand-in: every payload is sample data or a page on this site, so a client who scans the draft sees something sensible rather than a dead link. When the design is approved, generate the real code with the matching type and swap it in at the same size. A placeholder that is roughly the density of the final code (a URL QR for a URL destination) keeps the layout honest, because a denser final code at the same physical size may need to grow to stay scannable.

What does a QR code look like? The anatomy

Every code above shares the same four building blocks. The three large squares in the corners are finder patterns: they tell the camera "this is a QR code" and which way is up, which is why codes scan at any rotation. The line of alternating modules running between them is the timing pattern, the grid ruler the decoder uses to count rows and columns. The small squares scattered in larger codes (visible in the vCard example) are alignment patterns that let the camera correct for tilt and curve. And the empty border around every code is the quiet zone; crowd it with text or graphics and scan rates drop.

The remaining speckle is the data itself plus error correction: redundant copies of the data spread across the pattern, which is why a code still scans with up to 30% of its surface damaged or covered by a logo (the four error-correction levels are defined in Denso Wave's specification, and the examples here use level M). That is the entire trick behind branded codes with logos in the middle. Compare the sparse plain-text example (13) with the dense vCard example (3) and you can see how payload size changes the grid: more data means more, smaller modules at the same physical size.

QR code call-to-action examples

A QR code without a caption gets ignored; the caption is the reason people scan. Steal these, matched to the examples above:

• "Scan to see the full menu" (menu QR on a table tent)
• "Scan to join our WiFi, no password typing" (WiFi QR at the counter)
• "Scan to save my contact" (vCard QR on a business card)
• "Scan to email us, address pre-filled" (email QR on a flyer)
• "Scan to chat on WhatsApp" (WhatsApp QR on a storefront)
• "Scan to pay, UPI ready" (payment QR at checkout)
• "Scan to add the launch to your calendar" (event QR on an invite)
• "Scan for directions" (location QR on an event flyer)

The pattern: verb, benefit, friction removed. Say what happens, why it is worth a scan, and what the scanner will not have to do.

What these examples have in common

Three things make every example above work, and they are the same three things your own QR codes need. First, high contrast: dark pattern on a light background, at least 4:1. Second, enough size for the scan distance; the QR code size guide covers the numbers, but 2 x 2 cm is the floor for anything held at reading distance. Third, a caption. Every code above tells you what will happen before you scan, and printed codes need the same one-line label to earn the scan.

One more distinction worth knowing before you print: the examples above are static, meaning the payload is baked into the pattern. Dynamic QR codes encode a short redirect you can re-point later, which adds scan tracking and makes the printed code editable. The static vs dynamic comparison covers when each fits.

Frequently asked questions

What is a QR code with example?

A QR code is a square barcode a phone camera reads to trigger an action. For example, a URL QR code opens a website when scanned, a WiFi QR code joins a network automatically, and a vCard QR code saves a contact to the address book. The 14 codes above are all live examples.

Are these example QR codes safe to scan?

Yes. Every code encodes exactly the payload described under it: links to pages on this site, sample contact details, a sample WiFi network, and a UPI request clearly marked as an example. Modern phones also preview the destination before opening anything.

How do I identify a fake QR code?

Check the preview your phone shows before opening: a legitimate code's destination matches its context (a menu code opens a menu, not a shortened mystery link). Be wary of stickers pasted over existing codes on parking meters and posters, and never enter payment or login details on a page a random public code opened. The QR code security guide covers the full checklist.

Can I use these as placeholder QR codes in mockups?

Yes. Every code on this page encodes sample data or a page on this site, so they are safe stand-ins for flyers, business card drafts, and app mockups. Swap in your real code at the same physical size before printing.

Can I scan a QR code from a screen?

Yes. Phone cameras read QR codes from laptop and desktop screens as reliably as from print, as long as the code displays at a reasonable size and normal brightness. That is exactly how this page works.