XR headsets are wearable goggles or visors that either replace your real-world view with a fully digital environment or layer digital images and information onto what you can see, covering virtual, augmented and mixed reality experiences. For investors, they matter because headset sales, software and services form an ecosystem much like early smartphones: adoption drives hardware revenue, recurring content and platform fees, supply-chain exposure, and long-term growth or risk for companies tied to that technology.
tethered xr headsetstechnical
Tethered XR headsets are wearable devices for virtual, augmented or mixed reality that rely on a wired connection to an external computer or console for most of their processing power and graphics. Like a powerful lamp that must stay plugged into the wall for full brightness, tethered headsets deliver higher visual fidelity and more complex applications than standalone models, which affects product pricing, target customers, content ecosystems and the hardware and software companies investors evaluate.
standalone xr headsetstechnical
Standalone XR headsets are wearable devices that deliver virtual, augmented, or mixed reality experiences using built-in screens, processors, sensors and batteries, so they operate without being plugged into a phone, PC or console. For investors, they matter because self-contained devices determine consumer ease of use, production costs, content ecosystems and accessory sales—factors that shape sales growth, margins and recurring revenue opportunities much like a smartphone platform.
tethered xr glassestechnical
Tethered XR glasses are headsets for extended reality (virtual, augmented, or mixed reality) that must be physically connected by a cable to a separate, more powerful computer or console. Like wired headphones hooked to an amplifier, the connection lets the headset deliver richer graphics and smoother performance than standalone devices. Investors watch tethered XR sales and ecosystem growth because they drive higher-priced hardware, recurring software and content revenue, and demand for peripherals and computing upgrades.
standalone xr glassestechnical
Wearable glasses that create mixed virtual and real-world experiences using built-in displays, cameras and processors so they work independently without needing to be tethered to a phone or computer. For investors, standalone XR glasses matter because they lower the barrier for consumer and enterprise adoption—like moving from a bulky desktop to a portable smartphone—affecting potential market size, product margins, software ecosystems and recurring revenue opportunities.
spatial computingtechnical
Spatial computing is the set of technologies that lets computers understand, map and interact with the physical world so digital content can be placed and controlled in real space—think of it as a layer of digital information that sits on top of your surroundings like a smart map you can touch and walk through. Investors care because it creates new products, services and sales channels across hardware, software and services, and can transform how people work, shop and consume media, opening potential for sustained revenue growth.
ai glassestechnical
AI glasses are wearable eyeglasses that combine small cameras and displays with on-board or cloud-based artificial intelligence to recognize objects, translate language, show directions, or provide hands-free information layered over what you see. For investors, they matter because adoption, manufacturing costs, software services, and data privacy rules determine whether these devices become a mass-market product or a niche gadget—think of them as putting a smartphone’s apps and AI onto your face, which can drive new hardware sales and recurring software revenue.
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Global shipments of XR headwear will decline by 12% to 6.2 million units in 2026, according to the latest forecast from Omdia. However, the market is expected to return to growth in 2027, reaching 6.5 million units, an increase of 4.8%. This recovery will be driven by the rapid expansion of XR glasses, offsetting declines in headset shipments, as both consumers and manufacturers increasingly favor lighter form factors over bulkier devices.
XR headwear – example devices by category
The tethered XR glasses segment, led by Chinese vendors like RayNeo and Xreal, is projected to reach 900,000 units in 2026 – a 19% increase – and maintain double-digit growth to reach 3.8 million units by 2030. Meanwhile, standalone XR glasses remain a relatively small segment, largely confined to enterprise and developer use, with shipments forecast to reach just 93,000 units in 2026. However, the category is expected to grow rapidly over the next five years as hardware matures and spatial computing capabilities improve.
XR headwear is part of the wider intelligent headwear market as defined by Omdia, which also includes AI glasses. “Following three years of rapid growth, AI glasses have begun normalizing face-worn computing for daily use,” said George Jijiashvili, Senior Principal Analyst at Omdia. “This growing consumer familiarity is directly fueling the XR glasses segment, laying groundwork for an industry-wide evolution toward slimmer glasses form factors.”
The standalone XR headset category, which includes the Meta Quest 3 and Apple Vision Pro, is projected to decline 15% in 2026 to 4.7 million shipments, with contractions continuing into 2027, marking a fifth consecutive year of decline for the category since its pandemic-induced peak in 2021/22. A return to growth is predicted in 2028, with shipments forecast to rise to 5 million units.
This recovery relies on Apple introducing a more accessible Vision Pro around 2028, acting as the catalyst for players like Samsung and Vivo to make a more competitive push. Without these developments, growth prospects for the segment remain uncertain. Meanwhile, tethered headsets continue their steep decline, dropping 34% in 2026 to 500,000 units as standalone alternatives displace them.
“Despite maturing technology, bulky XR headsets struggle to demonstrate everyday utility for mainstream consumers,” noted Qiran Ju, Senior Analyst at Omdia. “Meta has prioritized AI glasses, while Google signaled a similar direction through emphasis on XR glasses at I/O 2026. Lighter form factors are better positioned to gain widespread consumer acceptance and steer the future of XR development.”
Notes to editors
Omdia classifies XR headwear into four categories:
XR Headsets
Tethered XR Headsets
Fully immersive, bulkier headsets that must be physically wired to an external PC or console. They sacrifice mobility to deliver the highest possible graphics quality and processing power.
Standalone XR Headsets
All-in-one, fully immersive headsets containing all processing, tracking, and displays within the device itself, allowing complete freedom of movement without wires.
XR Glasses
Tethered XR Glasses
Lightweight, eyewear-style devices that plug directly into a smartphone, PC, or console. They function primarily as a discreet, wearable personal screen for media consumption, with some models offering basic AR features.
Standalone XR Glasses
Eyewear that enables untethered spatial computing without relying on a smartphone or PC. These devices either integrate all processing directly into the frames or to maintain a slim profile, offload it to a dedicated, pocket-sized compute unit.
ABOUT OMDIA
Omdia, part of TechTarget, Inc. d/b/a Informa TechTarget (Nasdaq: TTGT), is a technology research and advisory group. Our deep knowledge of tech markets grounded in real conversations with industry leaders and hundreds of thousands of data points, make our market intelligence our clients’ strategic advantage. From R&D to ROI, we identify the greatest opportunities and move the industry forward.
