Last month, a client walked into my workshop with her phone and showed me a 3D model of a dining table sitting in her living room. Not a photo. Not a sketch on a napkin. An augmented reality rendering, placed precisely in her space using her phone’s camera, showing the exact dimensions, timber tone, and leg style she wanted. She’d built it herself using an AR furniture app in about twenty minutes.

Three years ago, that conversation would have started with “I want something about yay big” and a vague hand gesture. The shift in how customers approach custom furniture is significant, and AR technology is a big part of it.

But as someone who’s been making furniture for fifteen years, my feelings about this trend are more complicated than “technology good.”

What AR Furniture Apps Actually Do Now

The current generation of AR apps — IKEA Place was the pioneer, but there are now dozens of options including Houzz, Roomle, and specialist tools from custom furniture platforms — let users place 3D furniture models into their real environment through their phone or tablet camera.

The basics have been around for a few years. What’s changed recently is the accuracy and customisation. Modern AR tools can:

• Accurately measure rooms using the phone’s LiDAR sensor (standard on most phones now), so the furniture model is rendered at the correct scale
• Simulate materials and finishes with reasonable fidelity — you can toggle between oak, walnut, and spotted gum and get a decent sense of how each looks
• Adjust dimensions in real time — change the table length from 1800mm to 2200mm and see it update instantly in your space
• Show the piece from multiple angles — walk around it, crouch down to see the joinery detail, even simulate how it looks at different times of day as light changes

Some platforms now allow custom furniture makers to upload their own product models, which clients can then place in their homes before placing an order. It’s like a virtual showroom that lives in the customer’s living room.

Where AR Genuinely Helps the Custom Process

I’ll be honest: AR has solved one of the biggest pain points in custom furniture work. The dreaded “it looked different in my head” moment.

Anyone who’s built custom pieces has experienced this. You spend hours discussing dimensions, materials, and design details with a client. You build beautiful drawings. You produce a detailed quote. You build the piece to spec. And when you deliver it, the client looks at it and says, “I thought it would be… different.”

Sometimes it’s the colour — timber looks different under workshop fluorescent lights than under their living room downlighters. Sometimes it’s the scale — 2400mm sounded fine on paper but feels enormous in their apartment. Sometimes it’s the visual weight — a solid timber piece with chunky legs can dominate a room in a way that a 2D drawing doesn’t convey.

AR addresses all three of these problems. When a client can see a reasonably accurate representation of the piece in their actual room, with their actual lighting, next to their actual sofa, the expectation gap shrinks dramatically.

Since I started using AR tools in client consultations about a year ago, my revision rate — the percentage of projects where the client requests changes after seeing the finished or near-finished piece — has dropped from about 15% to roughly 4%. That’s a meaningful improvement in both client satisfaction and workshop efficiency.

The Design Conversation Has Changed

Something subtler is happening too. Clients are arriving at the first consultation with a much clearer sense of what they want. They’ve already experimented with different configurations in their space. They know they want 1800mm, not 2000mm, because they tried both. They’ve seen that a light timber looks too bland against their white walls and they want something darker.

This front-loads the design conversation in a way that’s mostly positive. We spend less time on basic dimensional decisions and more time on the things that actually require a maker’s expertise — material selection, structural design, joinery details, finish options. The conversations are better because the client has already done some of the spatial thinking.

But — and this is the complicated part — some clients now arrive with extremely specific expectations formed entirely from an AR rendering that may not be achievable. They’ve configured a table in an app with a particular leg angle, a particular edge profile, and a particular timber colour that looks great on screen but doesn’t account for how real timber behaves.

Wood isn’t a uniform material. The grain varies. The colour changes with age and finish. A tabletop that looks perfectly consistent in AR will have natural variation that some clients, conditioned by the digital preview, find surprising. Managing that expectation is a new skill that custom makers need to develop.

The Artisan’s Dilemma

Here’s where my mixed feelings come in. AR is brilliant for communication and expectation-setting. But it also risks turning custom furniture into a visual commodity — something chosen primarily based on how it looks in a digital overlay, rather than how it feels, how it’s made, and how it will age over decades.

I’ve had clients choose a design in AR and then express disappointment that the timber grain doesn’t match the rendering. I’ve had clients ask me to match the colour exactly to what they saw on screen, not understanding that timber is a natural material with inherent variation. I’ve had clients skip the workshop visit entirely because “I’ve already seen it in AR” — missing the experience of touching the timber, smelling the workshop, understanding the process.

Custom furniture is supposed to be a collaboration between maker and client. AR can enhance that collaboration, but it can also shortcut it in ways that diminish the final experience.

Practical Advice for Makers

If you’re a furniture maker considering AR tools, here’s what I’ve found works:

Use AR as a starting point, not a final proof. Show the client an AR rendering early in the process, but always follow up with physical timber samples, finish swatches, and if possible, a workshop visit. Digital and physical need to complement each other.

Set expectations about material variation upfront. Before showing any AR rendering, explain that timber is a natural material and will vary from any digital representation. Make this part of your standard process, not a disclaimer you trot out when there’s a problem.

Invest in decent 3D models. The quality of your AR experience depends entirely on the quality of the 3D model. Cheap, generic models look cheap and generic. Spend the time or money to create accurate models of your actual designs. SketchUp and Shapr3D are both accessible tools for furniture makers who aren’t 3D modeling experts.

Don’t let AR replace the consultation. Use it as one tool among many. The in-person conversation, the site visit, the material selection process — these are all irreplaceable parts of the custom furniture experience. AR augments them. It doesn’t substitute for them.

Where This Is Heading

AR in custom furniture is only going to become more prevalent. Apple’s spatial computing platform, advances in phone-based LiDAR, and the growing expectation among consumers that they can “try before they buy” virtually all point in the same direction.

Smart makers will embrace the technology while protecting the craft elements that make custom furniture valuable. The phone shows you what the piece looks like. But only the maker can tell you how the dovetails will hold up in thirty years, why this particular board is special, and what the timber will look like after a decade of family dinners.

That’s the part no app can replicate. And it’s the part worth protecting.