In this article: Which devices have LiDAR · Full compatible device list · What LiDAR does that standard cameras cannot · Android and non-Pro iPhones · What to expect without LiDAR · FAQ

Which smartphones have LiDAR?

LiDAR is available on two product lines: iPhone Pro and iPad Pro. Every other iPhone and iPad model — including the standard iPhone and iPhone Plus — uses a standard camera array without LiDAR. No Android smartphone currently ships with a LiDAR sensor capable of room-scale scanning.

Device LiDAR 3D room scan Works with Metaroom
iPhone 12 Pro / Pro Max
iPhone 13 Pro / Pro Max
iPhone 14 Pro / Pro Max
iPhone 15 Pro / Pro Max
iPhone 16 Pro / Pro Max
iPhone 17 Pro / Pro Max Latest
iPad Pro 2020 and later
iPhone 12 / 13 / 14 / 15 / 16 / 17 / 17 Air (standard)
Android smartphones

The rule is straightforward: if the device name includes "Pro," it has LiDAR from the iPhone 12 generation onwards — including the iPhone 17 Pro and 17 Pro Max, released in September 2025. The iPhone 17 Air, despite being a new model, does not include LiDAR. iPad Pro models from 2020 onwards all include LiDAR. Standard iPad, iPad Air, and iPad mini do not.

What LiDAR does that a standard camera cannot

A standard smartphone camera measures distance indirectly — it infers depth from image data using photogrammetry algorithms. A LiDAR sensor measures distance directly by firing invisible laser pulses and timing their return. For room scanning, this difference is significant.

A standard camera produces geometry that is estimated, not measured. Walls bow. Corners distort. Accuracy across a room degrades with distance. LiDAR produces geometry from direct measurement. The result is a 3D model where every surface point is a real distance reading — typically accurate to within 1% of actual dimensions, or about 1–2 cm per wall.

This matters for professional use. A floor plan that will be used for renovation planning, energy assessments, or CAD import needs to be dimensionally reliable. LiDAR provides that. Standard camera scanning does not.

Can Android or standard iPhones scan rooms in 3D?

Android smartphones and standard iPhones (non-Pro models) cannot produce accurate 3D room scans with automatic floor plan output. Several apps attempt room scanning on these devices using photogrammetry — estimating geometry from multiple photos — but the results are not reliable enough for professional documentation work.

Standard iPhone / Android

Camera-based estimation

Apps use photos to estimate room geometry. Results are approximate — accuracy varies widely and degrades with room size. Not suitable for professional floor plans.

iPhone Pro / iPad Pro

LiDAR direct measurement

Every surface is measured directly. Accuracy is within 1% — about 1–2 cm per wall. Results are suitable for renovation documentation, energy assessments, and CAD workflows.

Dedicated laser scanner

Millimeter precision

Professional devices like Leica or FARO scanners deliver sub-millimeter accuracy. Cost: €5,000–€50,000+. Required only for structural engineering or industrial documentation.

For the majority of professional documentation tasks — renovation planning, energy audits, as-built surveys, lighting planning — iPhone Pro or iPad Pro LiDAR scanning delivers sufficient accuracy at a fraction of the cost and time of dedicated hardware.

iPhone Pro or iPad Pro — which is better for room scanning?

Both iPhone Pro and iPad Pro produce equivalent LiDAR scan quality. The hardware sensor is the same generation across the lineup. The practical difference is in handling and use case.

Factor iPhone Pro iPad Pro
Scan quality Identical Identical
Handling in tight spaces Easier — smaller form factor More difficult in confined areas
Screen size for reviewing scans Smaller Larger — easier to check coverage
Carrying on-site Pocket-sized Requires bag or case
Most common professional choice ✓ — already owned by most users Used when larger display is preferred

Most professionals use iPhone Pro because they already own one. If you're buying a device specifically for room scanning, either works — choose based on how you prefer to work on-site.

Why does Metaroom require iPhone Pro or iPad Pro?

Metaroom requires iPhone Pro or iPad Pro because the app uses the LiDAR sensor to measure room geometry directly. Without LiDAR, the app cannot produce the automatic 2D floor plan that is the core output of a Metaroom scan. This is not a software limitation — it is a hardware requirement. The sensor has to be physically present in the device.

This is sometimes perceived as a restriction, but it is more accurately understood as a precision requirement. The LiDAR sensor is what makes a scan accurate to within 1% — the accuracy that makes the resulting floor plan usable in AutoCAD, Revit, DIALux, or any other professional tool. A floor plan generated from camera estimation on a standard phone is not the same product.

iPhone 17 Pro starts at $1,099 / around €1,099 new, or significantly less used. For professionals who scan regularly, the time saved — from 2–4 hours per apartment with a tape measure to 10–20 minutes with Metaroom — means the device pays for itself within weeks.

Frequently Asked Questions (FAQ)

iPhone 12 Pro through 17 Pro — and their Max variants — can scan rooms in 3D using LiDAR. That covers six generations: 12 Pro, 13 Pro, 14 Pro, 15 Pro, 16 Pro, and 17 Pro (released September 2025). Standard iPhone models (without "Pro" in the name), including the iPhone 17 and iPhone 17 Air, do not have LiDAR. iPad Pro models from 2020 onwards also include LiDAR.
No Android smartphone currently ships with a LiDAR sensor capable of accurate room-scale scanning. Some apps attempt room scanning on Android using photogrammetry — estimating geometry from photos — but accuracy is not sufficient for professional documentation. Metaroom requires iPhone Pro or iPad Pro with LiDAR.
LiDAR measures distance directly by firing laser pulses — accuracy is typically within 1%, or 1–2 cm per wall. Photogrammetry estimates geometry from overlapping photos — accuracy varies and degrades with room size. For professional floor plans used in CAD or energy assessments, LiDAR is the appropriate method. Photogrammetry results are not dimensionally reliable enough for most professional workflows.
No. The standard iPhone 15, 16, and 17 — and their Plus and Air variants — do not have LiDAR. Only the Pro and Pro Max models include the LiDAR sensor. This applies across all iPhone generations from iPhone 12 onwards: LiDAR is exclusive to the Pro lineup. The iPhone 17 Air, despite being a premium new model, also does not include LiDAR.
Both produce identical scan quality — the LiDAR sensor is the same. iPhone Pro is easier to handle in tight spaces and fits in a pocket. iPad Pro offers a larger screen for checking scan coverage. Most professionals use iPhone Pro because they already own one. Either device works with Metaroom.
LiDAR scanning on iPhone Pro is typically accurate to within 1% — around 1–2 cm per wall for a standard room. This is sufficient for renovation planning, energy assessments, material calculations, and as-built documentation. For millimeter-precision work — such as structural engineering or industrial documentation — a dedicated professional laser scanner is more appropriate.
About Metaroom

Metaroom is a professional floor plan scanning app for iPhone Pro and iPad Pro. It uses the LiDAR sensor built into these devices to measure room geometry directly — producing a dimensioned 2D floor plan and 3D model automatically after each scan. Accuracy is within 1%, or about 1–2 cm per wall. Results export to PDF, DXF, IFC, Excel, and 30+ other formats. A 3-room apartment scans in 10–20 minutes.

KH
Kathrin Huber
Content Strategist & Writer · Metaroom by Amrax

Kathrin Huber is Content Strategist & Writer at Metaroom by Amrax — a professional LiDAR scanning app for iPhone Pro and iPad Pro. She leads the structure and editorial execution of the Knowledge Hub, with a focus on as-built documentation, CAD export, and floor plan capture for energy assessments. Her work centers on GEO and AEO strategy: how AI describes professional room scanning — and which content shapes that picture.