Reducing Installation Errors with Engineering grade AR Layout

19 February 2025

Setting out is often one of the riskiest stages in both building and civil engineering projects. Misaligned anchor points, miscalculated placements, and inaccurate markings can lead to costly clashes, delays, and rework during construction. That’s why precision is paramount.

At XYZ Reality, we understand the challenges construction teams face. On a recent data center project, we stepped in ahead of the installers to pre-mark critical anchor bolt locations for flag pole stands. These stands secure power connection boxes to nearby equipment — a small but vital part of the infrastructure.

The request came directly from the general contractor after discrepancies were noticed between the intended installation points and the BIM model. Without intervention, these minor misalignments could have cascaded into significant clashes later in the build, disrupting the overall schedule and driving up costs.

Using our AR-powered, millimeter-accurate engineering grade augmented reality™ layout, we swiftly verified and pre-marked the exact bolt positions. This proactive approach ensured installers could proceed with total confidence, eliminating guesswork in the field.

Why This Matters:

• Prevention Over Correction: Identifying and resolving placement issues before installation prevents rework and downtime.
• Enhanced Accuracy: Advanced layout technology ensures millimeter precision, reducing human error.
• Speed & Simplicity: Marking anchor points using AR is fast and user-friendly, allowing teams to maintain momentum on-site.

Precision layout isn’t just about getting it right the first time — it’s about transforming the construction process to work smarter and more efficiently. By embracing innovative tools, teams can reduce risk, safeguard project timelines, and ultimately deliver higher-quality builds.

Watch the video to see our AR layout technology in action on the data center site. Experience how cutting-edge precision is driving the future of construction.