OAR BIM

08/27/2026

Capturing an accurate scan and coordinating the model are only part of the job. The real test is whether that information still works for the client after turnover.

Digital Delivery & Implementation helps bridge that gap: setting up common data environments, developing BIM Ex*****on Plans, structuring closeout packages, building digital twins, and training teams to use the systems and information they receive.

The goal is continuity across the project lifecycle. A scan from Phase 1 can support Phase 2 planning. A coordinated model can remain useful to the facility team years after closeout. Verified project data can continue supporting day-to-day operations instead of becoming another set of files stored away after handover.

Our Digital Delivery & Implementation service page looks at how that approach applies across general contractors, engineering firms, and industrial facilities.

Discover more → https://oarscanning.com/services-digital-delivery-implementation/

08/18/2026

OAR started because industrial projects were being designed and built on conditions that had not been field-verified. LiDAR scanning addressed that gap. Capturing the data was straightforward. Connecting it to the models each discipline was already using was not, and OAR built that connection.

That work is organized into three services: 3D Laser Scanning, BIM Coordination & Virtual Construction, and Digital Delivery & Implementation. OAR stays involved past the scan itself, carrying the data through coordination and into the deliverables the field uses.

The decisions differ by role. A general contractor managing trades across a congested site needs coordination that catches clashes before they reach the field. A mechanical contractor prefabricating equipment needs dimensional accuracy tight enough to fabricate offsite with confidence. A facility owner planning a shutdown window needs existing conditions documented before the window opens, not during it.

The site now reflects how each of these applies: https://oarscanning.com

08/12/2026

Plant expansions run on the accuracy of what's already there. Outdated drawings and undocumented changes turn retrofit and tie-in planning into guesswork on site.

Laser scanning captures current plant conditions before that planning starts.

Read more: https://oarscanning.com/industrial-laser-scanning-capturing-complex-plants/

07/28/2026

Some of the most demanding environments our field teams work in are the ones you never get to photograph.

The job is as much about planning as it is about scanning. Coordinating access, working around live systems, capturing everything in a tight window.

Grateful for a crew that sweats the details before anyone sets up a scanner.

07/15/2026

Most capital projects at existing facilities hit the same wall. The as-built drawings say one thing. The building says another. A pipe run got relocated during a past renovation and nobody updated the record. The structural steel isn't where the plans say it is.

By the time this shows up, the budget is set and the contractor is on site. Now it's a change order.

We wrote about where this documentation gap actually comes from, what a scan-to-BIM model needs to include to be useful past a single project, and how facility managers use it for maintenance and space planning after the ribbon cutting.

Read it here: https://oarscanning.com/scan-to-bim-for-facility-management/

07/01/2026

Workflow integration testing in action.

To keep our skills sharp, James, our Director of Field Technology, headed out to Stark Park in Manchester, NH. His goal was to capture the General John Stark statue and test the seamless alignment of drone photogrammetry and terrestrial LiDAR.

We processed the combined dataset and built this visualization using NUBIGON. It was a great exercise to push our workflows, and this model will soon live on our website as an interactive 3D mesh.

Continuous training is how we guarantee precision. We test our limits on our own time so we can always deliver flawless data to every project.

06/30/2026

At OAR, one of the things we come back to often is this idea: we are problem finders, not just problem solvers.

There's a difference. A problem solver fixes what went wrong. A problem finder looks at a project before anything goes wrong and asks: what are we not seeing? What assumption is this plan built on that nobody has verified?

Most of the time, the most valuable thing we bring to a project shows up before the scan report, before the clash matrix, before the coordination model. It shows up in the questions we ask when we first walk a facility.

What's driving your timeline? What decisions are you making from these drawings? When were they last verified?

Those questions tend to open conversations that change the scope of the work in ways that save time and money downstream.

That's the kind of company we're trying to be.

06/25/2026

The U.S. construction industry loses an estimated $177 billion annually to rework and coordination failures. Trade contractors absorb a disproportionate share of that.

On an industrial retrofit, the math gets worse fast.

The change order is not the real cost. The real cost is the lost throughput, the crew standing by at day rates, and the schedule compression that follows for every trade downstream.

We put together a full breakdown of where those costs originate on industrial projects, and what it actually takes to catch conflicts before they hit the field.

Read it here: https://oarscanning.com/hidden-cost-skipping-clash-detection/

Skipping clash detection on industrial projects costs far more than expected. Learn where the real losses happen and how to prevent coordination failures.

06/24/2026

The drawings looked right. Stamped, revised, detailed. But they did not match the building.

If you work in engineering consulting, you know this moment: field work starts and the mismatches appear:

- Dimensions off by inches,
- Utilities where they should not be
- Structural elements out of position.

Buildings change quietly through years of undocumented work. The space evolves, but the records DO NOT.

Here is what we have learned about where this disconnect starts and how teams are closing the gap: https://oarscanning.com/why-your-drawings-are-lying-to-you/

04/09/2026

We recently heard a concept that aligns perfectly with how we've always approached projects: buildings need to be ""enabled for"" intelligence from day one, not retrofitted after they're built.

The conversation was about smart buildings and digital twins. But the principle applies to any construction project.

When you start with reality capture before design, you're creating the foundation for everything that follows. Coordination. Planning. Equipment integration. Lifecycle management.

That foundation works whether you're building a data center, an industrial facility, or a commercial structure.

Intelligence isn't just for smart buildings. It's for any project where accuracy matters.