Microsoft HoloLens 2 launched in 2019 as the benchmark for enterprise augmented reality. In the years since, it’s accumulated a substantial installed base, a mature application ecosystem, and a real track record of deployment at serious scale. It’s also accumulated years of age in a market that hasn’t stood still. In 2026, the question facing enterprise procurement teams isn’t whether AR headsets have a place in industrial workflows — it’s whether HoloLens 2 is still the right one to buy.

Specifications Recap

HoloLens 2 is a standalone mixed reality headset with no tethering requirement. The optical system delivers a 52-degree diagonal field of view through waveguide displays at 2048 × 1080 per eye. The compute platform is a Qualcomm Snapdragon 850 paired with Microsoft’s custom Holographic Processing Unit (HPU 2.0), with 4GB RAM and 64GB storage. Battery life is quoted at two to three hours of active use.

Biometric input covers eye tracking, voice via Azure Cognitive Services, and articulated hand tracking. IP5X dust resistance is relevant for industrial environments, and the flip-up visor design lets workers switch between AR and unaugmented views without removing the device. At 566g, weight is distributed across a dial-fit headband rather than nose and face — which reduces fatigue on extended shifts.

Real Deployment Cases

The deployments that move procurement conversations from pilot to programme are the ones with published outcomes. Three examples set the benchmark for what enterprise AR delivers at scale.

Boeing used HoloLens 2 alongside the Skylight AR platform for wire harness assembly — the complex process of routing hundreds of wires through aircraft fuselage sections. By displaying assembly instructions overlaid spatially on the work area, Boeing reported a 25% reduction in assembly time and near-elimination of wiring errors on guided assemblies. The programme scaled across multiple facilities.

Chevron deployed HoloLens 2 for remote expert assistance across offshore platforms and refinery operations using Microsoft’s Remote Assist. Field technicians share a live video stream with onshore experts who annotate the technician’s field of view in real time. Chevron reported measurable reductions in expert site visits required for complex maintenance, with associated cost savings in travel and reduced asset downtime.

NHS is one of the largest UK deployments of enterprise AR. The NHS at Imperial College Healthcare NHS Trust has used HoloLens 2 with the Medivis SurgicalAR platform for surgical planning and intraoperative guidance (covered in our AR healthcare guide). Separately, HoloLens 2 is used at several NHS sites for remote clinical supervision and training. The NHS’s scale as a single purchaser has made UK healthcare one of the most significant markets for the device.

Remote Assist and Guides

Microsoft’s two first-party enterprise applications are the clearest starting point for organisations new to HoloLens 2.

Microsoft Remote Assist enables hands-free video collaboration, with remote experts annotating the technician’s spatial view in real time. Integration with Microsoft Teams means it works within the collaboration infrastructure most enterprise organisations already run. Remote Assist is licensed per user per month (approximately £40/user/month as part of Microsoft 365 Dynamics bundles) and requires no custom development to deploy.

Microsoft Guides is a no-code authoring tool for step-by-step AR work instructions. Operations teams build guides using a PC authoring interface, then deploy them to HoloLens 2 for workers to follow. Guides is particularly effective for maintenance procedures, quality inspection workflows, and onboarding in high-complexity assembly environments. A 2024 case study from Kawasaki Heavy Industries found that technicians using Guides completed assembly tasks 30% faster with 90% fewer errors than those using paper manuals.

The Competition in 2026

HoloLens 2 is no longer the only credible enterprise AR option. The competition has genuinely grown up since 2019.

Magic Leap 2 is the most technically capable competitor. It offers a wider field of view than HoloLens 2 (70 degrees diagonal versus 52), lighter weight at 248g (achieved by offloading compute to a belt-worn puck), and superior brightness — a real advantage for outdoor or brightly lit industrial environments. The platform has FDA clearance for surgical applications and has gained traction in healthcare. Its ecosystem is narrower than HoloLens 2’s, and Microsoft’s deep enterprise software integrations (Teams, Dynamics 365, Azure) remain a meaningful differentiator. Pricing is comparable to HoloLens 2.

RealWear Navigator 520 takes a different approach entirely. It’s a rugged, head-mounted tablet worn on a hard hat rather than a full AR headset, with no spatial AR overlay. What it does offer is a high-brightness display, industrial certifications (ATEX Zone 1/21 for hazardous environments), and class-leading durability in environments where a precision optical headset would be at risk. For remote assistance on oil refineries, mines, and offshore platforms, RealWear is often the practical choice. At approximately £1,600 per unit, it’s also substantially cheaper.

Price and Procurement

HoloLens 2 carries a recommended retail price of £3,400 per unit in the UK. Volume pricing is available through Microsoft’s commercial channel partners. Microsoft 365 F3 and Dynamics 365 Remote Assist licences add ongoing per-user software costs.

Budget for device management infrastructure — Microsoft Intune supports HoloLens 2 MDM natively — and for content development if custom Guides or third-party applications are needed. A realistic total cost of ownership for a 20-device enterprise deployment over three years, including software, management, and periodic device replacement, runs to approximately £8,000–£12,000 per device across the fleet.

Verdict: Buy Now or Wait?

For organisations with mature use cases in remote assistance or AR-guided work instructions, HoloLens 2 remains the safest enterprise choice in 2026. Its software ecosystem, enterprise integrations, and track record at scale make it lower-risk than alternatives with newer hardware but narrower support. The hardware is ageing, but it’s proven.

The case for waiting is real, though. Microsoft has not announced a HoloLens 3. The organisation’s hardware focus has visibly narrowed toward software and cloud services, and the absence of a successor roadmap creates genuine long-term uncertainty. Organisations beginning new AR programmes in 2026 should weigh the possibility of next-generation hardware within their deployment horizon.

For smaller-scale or budget-constrained deployments, the Meta Quest 3 with enterprise management (Meta Quest for Business) and third-party AR applications is increasingly viable at around one-quarter of the HoloLens 2 unit cost — though the passthrough-based AR approach remains technically inferior to HoloLens 2’s waveguide display for precision overlay work.

The honest summary: HoloLens 2 is the right choice if you need to deploy reliably at scale today with the deepest enterprise software ecosystem available. It’s the riskier choice if your deployment horizon extends five years or more and you need confidence in hardware continuity.