# OAR > Accelerate Construction ## Posts - [3D Laser Scanning in the Northeast: From Mobilization to Deliverable](https://oarscanning.com/3d-laser-scanning-in-the-northeast/): 3D laser scanning gives project teams a measured record of existing site conditions before design, coordination, renovation, or construction decisions are made. For projects across the Northeast, that can be especially valuable when teams are working in existing buildings, active facilities, congested industrial spaces, or sites where available drawings no longer fully represent field conditions. OAR provides field scanning across Connecticut, Massachusetts, Maine, New Hampshire, New York, Rhode Island, and Vermont. The goal is not simply to capture a site. It is to deliver field information in a form the project team can actually use downstream. When Does 3D Laser Scanning […] - [Construction Deviation Analysis: From Field Measurement to Informed Decisions ](https://oarscanning.com/construction-deviation-analysis-data-decisions/): A color map can show that an installed condition differs from a model. The project team still needs the right technical context to determine what that difference means.  Construction deviation analysis compares measured field conditions against design, fabrication, coordinated, or previously captured geometry. The analysis can show where the physical installation differs from the selected reference and quantify the geometric difference.  OAR captures the physical condition, establishes the spatial relationship between datasets, performs the comparison, and communicates the result in a usable format. The professionals responsible for design, engineering, fabrication, construction, or acceptance determine whether a measured difference is significant and what action should follow.  That separation gives each […] - [Point Cloud to Revit: What Makes a Scan-to-BIM Model Actually Usable](https://oarscanning.com/point-cloud-to-revit-what-makes-a-model-usable/): Turning a point cloud into a Revit model sounds straightforward. Scan the building. Register the data. Build the model. Deliver the RVT file. In practice, the decisions made before modeling begins often matter as much as the scan itself. What needs to be modeled? At what level of detail? Which systems matter to the project? What coordinate system does the design team need? Should existing irregularities be represented exactly, or should the model use standard Revit geometry where appropriate? A point cloud captures measured reality. A Revit model organizes that reality into building elements a project team can design, coordinate, document, […] - [As-Built Drawings: Why Engineers Design Better From Verified Reality Than Old Drawings ](https://oarscanning.com/as-built-drawings-why-engineers-design-better-from-verified-reality-than-old-drawings/): An engineering team designs a mechanical upgrade using the as-built drawings on file for a 1960s facility. The drawings show a straight duct run through a mechanical room. During construction, the crew finds a structural beam added during a 1990s renovation, sitting exactly where the new ductwork was routed. The design was executed correctly. The information it was based on was wrong.  This is a common pattern for engineering consultants, environmental firms, and MEP engineers working in buildings with any renovation history. As-built drawings are supposed to answer a simple question: what actually exists in this building right now? In practice, they often […] - [BIM Clash Detection: Why the Input Model Still Decides the Outcome ](https://oarscanning.com/bim-clash-detection-why-the-input-model-still-decides-the-outcome/): BIM clash detection finds conflicts between building systems in a federated model before construction begins. Structural elements, MEP systems, and architectural components are checked against each other, and the software reports every point where two systems occupy space they cannot both use.  That process works only as well as the model it runs on. A clash report generated from a model built on outdated drawings will miss real conflicts and flag conflicts that do not exist. Coordination teams treat the report as ground truth, but the report is only as accurate as the geometry it was built from.  This post looks at where […] - [Industrial Laser Scanning: Capturing Complex Plants Before You Expand ](https://oarscanning.com/industrial-laser-scanning-capturing-complex-plants/): An industrial plant that has been in operation for years rarely matches its own drawings. Equipment gets replaced. Piping gets rerouted during a shutdown and never gets redrawn. Conduit and cable tray get added wherever there was room at the time. The building shell may still be accurate. The systems inside it usually are not.  Industrial laser scanning documents the plant as it currently exists, at the level of detail an expansion, retrofit, or tie-in project needs to plan around. This post covers what that process captures, where record drawings fall short in industrial environments specifically, and what changes for a project team working from scanned […] - [4D BIM Scheduling on Complex Installations ](https://oarscanning.com/what-4d-bim-scheduling-delivers/): A 3D coordination model shows whether two systems occupy the same space. It does not show whether the installation sequence creates a blocking conflict, one that shows up only when a crew arrives and finds the access path obstructed by work completed the previous week.  4D BIM scheduling addresses that second problem. It links the construction sequence to the model, so time-based conflicts can be reviewed before they reach the field.  This post covers what 4D scheduling does, where it applies on complex installations, and what determines whether the output is a useful coordination tool or a static animation.  What 4D BIM Scheduling Is, and What It […] - [Scan-to-BIM for Facility Management: What Owners Need Before Their Next Capital Project ](https://oarscanning.com/scan-to-bim-for-facility-management/): Capital projects at existing facilities tend to follow a pattern. The project is approved. The contractor is selected. Work is about to begin. Then someone pulls the as-built drawings, compares them to what is actually in the building, and the conversation changes. Dimensions are off. A mechanical run was relocated during a previous renovation and nobody updated the records. The structural steel in the proposed work zone is in a different position than the plans indicate. The project is now behind schedule before work has started.  This is the moment when the cost of undocumented facility changes becomes visible. It is also the moment that scan to BIM facility management workflows are designed to prevent.  […] - [The hidden cost of skipping clash detection on industrial projects ](https://oarscanning.com/hidden-cost-skipping-clash-detection/): Every industrial facility owner has heard a version of this story, or lived it: a manufacturing plant schedules a two-week shutdown for a major retrofit. Equipment arrives on time. The contractor crews are staged and ready. Then, on day three, someone discovers that the new conveyor line conflicts with an overhead conduit run that never made it into the drawings. The conduit has to come down. An electrician has to be sourced on short notice. What was a two-week window becomes three and a half, and the extended shutdown costs more than the original project budget anticipated.  Clash detection industrial construction protocols exist precisely to prevent this. When they are skipped or treated […] - [Why Your Drawings Are Lying to You ](https://oarscanning.com/why-your-drawings-are-lying-to-you/): The drawings say one thing. The field says another.  If you work in engineering consulting, you have seen this play out. A wall is two inches off from what the plans show. A pipe runs through space that should be clear. A structural member sits lower than documented. These are not edge cases. On projects involving existing buildings, they are the norm.  The issue is not carelessness. The issue is that most record drawings were accurate once, possibly years or decades ago, before renovations, equipment relocations, duct reroutes, and undocumented modifications quietly changed the building. Every decision made against those documents […] - [Single Source of Truth in Construction: How It Works and Why It Matters ](https://oarscanning.com/why-single-source-of-truth-matters-in-construction/): Most coordination failures on construction projects trace back to the same problem. The architect is working from one version of the model. The MEP subcontractor pulled their reference last Tuesday. The general contractor has markups that never made it back to the design team. The facility manager will receive a closeout package that reflects the design, not what was actually built.  Every team is working hard. Nobody is working from the same information.  Single source of truth workflows solve this. The concept is straightforward: one authoritative model that every stakeholder references, updated in real time, validated against actual field conditions. The implementation is more involved, but the projects that get this […] - [Construction Robotics in 2026: From Pilot Projects to Production Deployment](https://oarscanning.com/construction-robotics-in-2026/): The Year Construction Robots Became Normal  Construction robotics has crossed a threshold. Autonomous equipment has moved from trade show demonstrations and pilot projects to regular deployment on commercial jobsites. What began as proof of concept is now standard practice on many jobsites. The question we’re hearing is no longer whether robots can perform construction tasks. The question is which tasks justify the deployment cost and what site conditions support successful implementation.  This shift appears to have happened because contractors solved the integration challenges that prevented robots from working reliably in real project conditions. Digital model preparation. Site logistics. Quality verification. Workforce coordination.  The robots showing up on […] - [Predictive Maintenance with Digital Twins: Moving Beyond Reactive Facility Management ](https://oarscanning.com/predictive-maintenance-with-digital-twins/): Traditional facility management typically operates on fixed schedules or responds to failures. HVAC systems receive quarterly service regardless of actual condition. Pumps run until they break. Equipment replacements happen after performance degrades below acceptable levels.  Digital twins with predictive maintenance capabilities offer a different approach. By integrating real-time sensor data, historical performance patterns, and operational analytics, these systems can forecast when equipment may require service before failures occur.  Organizations implementing predictive maintenance are seeing reductions in unplanned downtime, extended equipment life, and more efficient maintenance budget allocation. When the approach works, facility managers can address problems during scheduled windows rather than emergency responses, […] - [Industrial Facility Coordination: Planning for Zero Downtime ](https://oarscanning.com/industrial-facility-coordination-zero-downtime/): In industrial facilities, coordination isn’t about convenience. It’s about survival.  Every hour of unplanned downtime compounds. Shutdown windows are fixed. Equipment arrives on tight schedules. A single coordination failure can extend a shutdown by days and cost millions.  This is how industrial coordination works when the stakes are this high.  Why Industrial Coordination Is Different  Industrial projects operate under constraints that don’t exist in typical construction.  Fixed Shutdown Windows  Production can’t wait. When a materials recovery facility shuts down for equipment installation, every day offline means lost revenue. When a power generation plant goes offline for maintenance, capacity disappears from the grid. When a manufacturing facility pauses for upgrades, customers still expect deliveries.  Shutdown windows […] - [How to Build a Single Source of Truth for Complex Projects ](https://oarscanning.com/build-a-single-source-of-truth-complex-projects/): Multi-stakeholder projects fail when teams work from different versions of reality.  Disconnected data creates coordination gaps. Conflicting information causes rework. When five or more companies need to collaborate, you need more than file sharing.  You need a single source of truth.  Why Projects Need a Single Source of Truth  The cost of disconnected data compounds throughout a project lifecycle.  Fabrication conflicts surface when trades discover their work doesn’t integrate. Install delays cascade when equipment arrives that doesn’t fit. Rework cycles burn budget and schedule when field conflicts emerge during construction.  Here’s a pattern we see repeatedly: equipment arrives on site. It was fabricated to manufacturer specs. Those specs matched approved […] - [How OAR Coordinated 5+ Companies Across Multiple Platforms ](https://oarscanning.com/how-oar-coordinated-multi-software-coordination/): Complex projects don’t fail because teams lack data. They fail because they can’t coordinate around it.  A recent industrial recycling facility project involved five companies working across Revit, AutoCAD, SolidWorks, and Tekla. Multiple platforms. Multiple disciplines. Multiple file formats. One project timeline.  This is how we built the coordination system that made it work.  The Challenge: When Everyone Has Different Tools  This industrial recycling facility project involved five separate companies. Each brought their own software. Each worked in their own format. The structural team modeled in Revit. The equipment manufacturer designed in SolidWorks. The conveyor systems came through AutoCAD. The steel detailer worked in Tekla.  Multi-stakeholder projects create […] - [Modernizing MRFs: From Assumptions to Verified Reality ](https://oarscanning.com/modernizing-mrfs-from-assumptions-to-verified-reality/): Today, change is constant. New material streams. Optical sorters. Automation upgrades. Throughput increases. Safety retrofits.  For operators, engineers, equipment manufacturers, and contractors, modernization is no longer occasional. It is continuous.  Many MRFs operating across North America were originally built in the 1990s. Since then, they have undergone dozens of small and major retrofits. Equipment has shifted. Structures have been modified. Systems have been automated.  What rarely evolved at the same pace was the documentation.  For owners and project teams, that gap introduces real risk. Complex upgrades are executed inside facilities that no longer match their drawings.  That is where uncertainty enters the process.  The Hidden […] - [What We Learned About AI Adoption at New York Build 2026 ](https://oarscanning.com/what-we-learned-about-ai-adoption-at-new-york-build-2026/): Our team attended the AI & Digital Construction track at New York Build last week. The room was packed. The conversations were urgent. And the gap between firms moving fast on AI and firms still figuring out where to start is getting wider. Here’s what we learned.  The Javits Center was buzzing. Our team spent the day at NY Build 2026’s AI & Digital Construction track, attending panels on smart buildings, enterprise AI adoption, and data center coordination, plus a workshop from STV’s new Digital Advisory practice.  If there was one theme that cut across every session, it was this: the industry is taking AI seriously now. […] - [Building a Digital Twin That Teams Actually Use ](https://oarscanning.com/building-a-digital-twin-that-teams-actually-use/): Digital twins generate strong interest across industrial and construction environments because the promise is practical. A reliable digital representation of a facility that supports planning, coordination, maintenance, and future upgrades.  Owners expect stronger capital planning. Engineers expect clearer coordination. Operations teams expect fewer surprises during shutdowns and retrofits.  Yet many digital twin initiatives lose momentum after the initial rollout. The model exists. The data is there. The investment has been made. But daily decision-making does not meaningfully change.  The difference is rarely software capability or scan accuracy. The difference is whether the digital twin becomes embedded in real workflows.  A digital twin only delivers value […] - [How High-Performing Teams Reduce Risk Before Construction](https://oarscanning.com/how-high-performing-teams-reduce-risk-before-construction/): In most construction projects, risk is treated as something to manage once work begins. But high-performing teams understand something different: the biggest risks are introduced before construction ever starts, when decisions are made with limited visibility into existing conditions. To consistently reduce risk before construction, teams focus on improving decision quality early, while outcomes are still flexible and influenceable. They do not eliminate complexity. They reduce uncertainty before it becomes expensive. Risk Is Not Created in the Field When projects encounter delays, clashes, or cost overruns, the field often takes the blame. Crews are pushed to move faster. Schedules are compressed. […] - [Why Construction Decisions Fail Before Work Begins](https://oarscanning.com/why-construction-decisions-fail-before-work-begins/): Most construction problems don’t start in the field. They start much earlier, during planning, design, and preconstruction, when critical decisions are made with incomplete, outdated, or assumed information. By the time crews mobilize and issues surface on site, the real damage has already been done. Schedules slip. Scope shifts. Costs increase. Teams move into reactive mode. This is why construction decisions fail before work begins. It is not an execution failure.It is a decision failure. Why Early Decisions Carry Outsized Risk In construction and industrial projects, early decisions shape everything that follows. Layouts, access points, sequencing, shutdown windows, fabrication strategies, and […] - [The Role of Technology in Reducing Construction Uncertainty ](https://oarscanning.com/construction-risk-management/): Construction risk management often focuses on schedules, contingencies, and buffers—but these are usually symptoms of deeper uncertainty, not solutions. Construction uncertainty doesn’t usually announce itself.  It shows up quietly—in contingency plans, padded schedules, conservative assumptions, and decisions made “just to keep things moving.” Over time, those small uncertainties compound into delays, rework, and cost overruns.  Technology is often positioned as the solution. But technology alone doesn’t reduce uncertainty.  How it’s used does.  What Construction Uncertainty Looks Like in Practice  Uncertainty isn’t a lack of effort. It’s a lack of clarity.  On real projects, it shows up as:  Teams don’t ignore uncertainty—they work around it. But working around uncertainty is not the same as reducing it.  Why Technology Alone Isn’t Enough  Modern […] - [Reality vs Drawings: Why Plans Don’t Match the Field ](https://oarscanning.com/reality-vs-drawings-why-plans-dont-match-the-field/): In construction, drawings are treated as a source of truth.  But anyone who has worked on an existing facility, retrofit, or repurpose project knows a hard reality: plans rarely match what’s actually in the field. The longer a building has been operating, the wider that gap becomes.  When teams plan as if drawings reflect reality, risk enters the project long before work begins. This is the core issue behind the reality vs. drawings gap. Why Drawings Drift From Reality Over Time  Most facilities don’t stay frozen at the moment their drawings were issued.  Over years—or decades—changes accumulate:  Some updates make it back into drawings. Many don’t.  What remains is […] - [What We Heard at TechCon 2026 and Why It Matters for the AEC Industry ](https://oarscanning.com/techcon-2026-construction-technology-adoption/): ABC TechCon 2026, hosted by Associated Builders and Contractors (ABC) – New Hampshire & Vermont, brought together contractors and project leaders facing a common reality: projects are becoming more complex, timelines are tightening, and expectations around certainty are rising.  Across conversations throughout the event, the same pressures surfaced again and again—denser scopes, less margin for error, and decisions that carry real consequences much earlier in the project lifecycle. While advanced technology is becoming more prevalent on jobsites, it’s also raising the bar for how projects are planned, coordinated, and executed.  The takeaway was consistent. Contractors aren’t looking to add more tools for the sake of it. They’re looking to reduce unknowns, gain […] - [How Laser Scanning Simplifies Renovations and Retrofits ](https://oarscanning.com/laser-scanning-for-renovations-and-retrofits/): Renovation and retrofit projects rarely start with a blank slate. They start with an existing building—one that has evolved over time, absorbed changes, and often drifted away from what the drawings say.  Walls move. Equipment gets replaced. Utilities are rerouted. And documentation doesn’t always keep up.  When teams begin design or construction using incomplete or outdated information, even small inaccuracies can turn into RFIs, redesigns, and rework in the field. Laser scanning helps renovation teams simplify that complexity by starting with accurate, reality-based existing conditions.  Why renovations are harder than new construction  New construction benefits from controlled conditions and known geometry. Renovations do not.  Most retrofit, remodel, expansions, or fit-ups projects involve:  […] - [The Silent Cost of Bad Data in Construction and How to Reduce This Risk in 2026](https://oarscanning.com/the-silent-cost-of-bad-data-in-construction/): Bad data in construction is not a minor annoyance. It’s a billion-dollar drag on schedules, shutdowns, and margins. In 2021, Autodesk and FMI reported a staggering number: bad data in construction costs the global industry $1.8 trillion every year. Behind that number sits something deeper—avoidable rework, schedule slips, misalignment between teams, and plans that become unconstructable because they do not match field conditions. As we enter 2026, tolerance for inaccurate, incomplete, or outdated information is disappearing fast. A simple laser scan and correctly formatted data can eliminate this risk. Today, digital transformation isn’t a competitive edge. It’s risk reduction. It’s operational […] - [Why Remodel GCs Rely on Scan-to-BIM to Eliminate Early-Stage Conflicts ](https://oarscanning.com/why-remodel-gcs-rely-on-scan-to-bim/): Remodel and renovation projects carry more uncertainty than most other construction work. Existing buildings and especially old ones, often include undocumented alterations, legacy systems, hidden conditions, and structural changes made over decades. Yet General Contractors are still expected to price, schedule, and coordinate these projects based on drawings that oftentimes don’t reflect reality.  This disconnect between plan documents and field conditions is one of the primary drivers of change orders, RFI spikes, and preconstruction volatility. For GCs delivering remodel & fit up heavy portfolios, this risk is unavoidable but verifying existing conditions early in the project can reduce that risk considerably  Scan-to-BIM provides the accuracy required to stabilize remodel workflows, remove early conflicts, and improve predictability across the […] - [Pre-Install Scanning: The Hidden Profit Driver for Equipment Suppliers](https://oarscanning.com/pre-install-scanning-for-equipment-integrators/): Installation performance is a critical part of every equipment deployment. When equipment arrives onsite, it must align with actual field conditions—bolt patterns, elevations, clearances, and supporting infrastructure. Yet many equipment suppliers still receive incomplete, outdated, or dimensionally unreliable drawings from customers. This gap between expected conditions and actual conditions leads to delays, redesigns, and unnecessary cost exposure for both suppliers and their customers. Once installers are onsite, any dimensional conflict becomes costly quickly. Identifying these issues before fabrication and shipping helps protect margins and accelerates commissioning. Pre-install scanning gives equipment suppliers verified existing-conditions data early—so equipment can be engineered, fabricated, and […] - [Reality Capture: The Standard for Engineering Precision](https://oarscanning.com/reality-capture-the-standard-for-engineering/): Paper plans and flat CAD files disconnect teams from the reality of the built environment. The result? Mismatched conditions, missed details, and costly rework. When designs are built on outdated information, every step of the process becomes vulnerable to error. Every outdated drawing introduces risk. Every site revisit adds cost. Every misalignment delays delivery. Engineering teams working with incomplete data lose time, accuracy, and competitive advantage. That’s when reality capture comes in. If you’re new to OAR, you can learn more about our team here. The Limits of Traditional 2D Workflows Traditional 2D documentation was never designed for today’s complex, systems-heavy […] - [Why Steel Deviation Analysis Is Crucial for Modern Construction](https://oarscanning.com/why-steel-deviation-analysis-is-crucial/): In modern build environments, accuracy isn’t a luxury. It’s the baseline. A single steel beam out of alignment by even half an inch can ripple across the project, leading to clashes, rework, or costly delays down the line. That’s why steel deviation analysis has become such a critical part of quality assurance on today’s job sites. It’s about catching issues early, confirming that what’s built matches the model, and making sure every trade that follows can work with confidence. What Is Steel Deviation Analysis? Steel deviation analysis is the process of comparing the as-built condition of installed steel to the original […] - [Digital Twins and the Power of Predictive Insight ](https://oarscanning.com/digital-twins-and-the-power-of-predictive-insight/): Turning Real-World Data Into Smarter, Sustainable Decisions  Across the built world, the conversation around digital twins is evolving. What started as static 3D models is becoming something more powerful — a system that connects design, construction, and operation into one continuous thread.  Discussions in the AEC and manufacturing industries — including at global forums like Autodesk University — have spotlighted how digital twins are unlocking predictive intelligence: the ability to understand not just what’s built, but how it performs and how it can improve .  At OAR, we see that transformation happening every day. Our mission has always been to turn […] - [4 lessons from large-scale BIM coordination that shape OAR's Digital Project Management approach ](https://oarscanning.com/4-lessons-from-large-scale-bim-coordination/): Why digital project management matters  On complex design-build projects, coordination can make or break delivery. When models across trades—mechanical, electrical, structural—aren’t aligned, issues snowball into rework, delays, and budget overruns.  Done right; coordination drives predictability. Projects move faster, field teams work from accurate information, and owners avoid costly surprises.  At OAR, we bring lessons from large-scale industrial coordination to every digital project we manage. Below are four proven lessons that guide how we deliver seamless, cost-saving results.  Lesson 1: standards first  When every trade models differently, integration becomes chaos. Without shared templates or consistent levels of detail, clashes and rework multiply.  […] - [Digital Twin Adoption: Why People Matter More Than Technology ](https://oarscanning.com/digital-twin-adoption-why-people-matter-more-than-technology/): Digital twin adoption is one of the most talked-about trends in construction, industrial operations, and facility management. The promise is powerful: a living, evolving digital replica of a facility that teams can use to design, build, and operate more effectively.  The value is clear. Digital twins allow owners to detect clashes before shutdowns, plan tie-ins with confidence, and even simulate how equipment interacts with surrounding systems. For manufacturing plants, food processors, and waste management facilities, the payoff is huge: reduced downtime, faster installations, and safer operations.  But here’s the catch. Despite the hype, digital twin adoption remains inconsistent across industries. And […] - [What We've Learned at AU 2025 ](https://oarscanning.com/what-weve-learned-at-autodesk-university-2025/): Autodesk University 2025 offered a vivid look at the future of design, construction, and technology integration. Our President, Ryan Briles, returned from the conference energized and affirmed. From sweeping advances in Agentic AI to hands-on applications of AR in the field, the trends emerging from AU 2025 confirm what we at OAR have long believed: the future is model-driven, integrated, and smarter than ever.  Here are Ryan’s key takeaways:  Agentic AI is Reshaping Early Design  One of the most discussed developments was the rise of Agentic AI in the design process. It’s more than automation; it’s intelligence embedded in the earliest […] - [Clash Detection in Construction: Why It Fails and How to Fix It](https://oarscanning.com/clash-detection-in-construction-why-it-fails/): Clash detection in construction is supposed to save time and money—but too often it does the opposite. When models are incomplete, coordination starts too late, or trades aren’t aligned, clashes slip through. The result? Field rework, blown budgets, and frustrated project teams. At OAR, we’ve helped general contractors, project managers, and owners improve their BIM workflows with clash-ready models and structured execution plans. In this guide, we’ll show where clash detection in construction fails—and how to make it work. Clash Detection Is Run Too Late The Problem:Waiting until design is “finished” to start clash detection leaves little room for fixes. Changes […] - [Why Building Product Manufacturers Need Revit Families ](https://oarscanning.com/why-manufacturers-need-revit-families/): In today’s construction and design world, if your products aren’t BIM-ready, they risk being left out of the spec. Architects, engineers, and contractors rely on Building Information Modeling (BIM) platforms like Revit to coordinate, design, and deliver projects. That means the products they use—from doors and windows to HVAC equipment and fixtures—need to exist as accurate, easy-to-use Revit families.  For building product manufacturers, this isn’t just a technical detail. It’s a competitive advantage. Having BIM-ready content makes your products easier to specify, reduces barriers for designers, and helps win projects earlier in the design process.  At OAR, we help manufacturers close […] - [How Scan-to-BIM Keeps Shutdowns on Time ](https://oarscanning.com/how-scan-to-bim-keeps-shutdowns-on-time/): When it comes to industrial shutdowns, every hour counts. In refineries, food processing plants, or manufacturing facilities, even a short delay can translate into tens of thousands of dollars in lost production. The challenge is that most shutdown planning still leans on outdated drawings, incomplete as-builts, or hand measurements that simply don’t capture the complexity of the site.  And when you move forward with inaccurate records, the result is almost always the same: clashes in the field, costly rework, and longer shutdowns.  At OAR, we help project owners avoid those pitfalls with Scan-to-BIM — the process of capturing existing conditions with […] - [Revit QA/QC for Engineers: 8 Habits of High-Performing Models ](https://oarscanning.com/revit-qa-qc-for-engineers-8-habits-of-high-performing-models/): Introduction  Why Revit QA/QC? Engineers understand that accuracy isn’t just helpful—it’s essential. One small modeling error can ripple into major project delays, budget overruns, and frustrated stakeholders. That’s why Revit QA/QC isn’t just an option. It’s a critical process that ensures your model holds up through design, coordination, and construction.  At OAR, we specialize in turning laser scans into highly accurate Revit models—but we go a step further by applying a disciplined QA/QC process that ensures those models are usable, interoperable, and error-free.  In this guide, we break down the eight most important QA/QC practices that help engineers build clean, coordinated […] - [5 Common BIM Mistakes (and How to Prevent Them) ](https://oarscanning.com/5-common-bim-mistakes-and-how-to-prevent-them/): Introduction  BIM is no longer optional, because it is the backbone of modern AEC workflows. But when teams skip the basics, things unravel fast. From misaligned models to file chaos, even a small misstep can trigger consequences onsite.  At OAR, we have helped architects, engineers, and project managers get BIM right from day one and adhere to the standards that lead to overwhelming project success. Here are five common BIM mistakes we see, and how to avoid them using practical strategies that deliver smoother, more cost-effective builds.  1. No Federated Model in a Central Platform  The Mistake: Teams build in silos without […] - [Why Accurate Reality Capture Is Essential for Retrofit Success ](https://oarscanning.com/why-accurate-reality-capture-is-essential/): Retrofit projects—whether modernizing commercial facilities or upgrading legacy systems— are greatly improved   by accurate plans of existing structures and systems. Unlike new construction, the challenge lies in adapting to what’s already built and planning to integrate into those existing conditions  That’s where accurate reality capture comes in. Using tools like 3D laser scanning and photogrammetry, OAR delivers precise digital models that drive smarter decisions, constructable designs, and Faster facility commissioning.   Comprehensive Insight into Existing Conditions  Reality capture technologies provide exact digital twins of existing environments, capturing every dimension and surface detail. This precision is especially valuable in retrofits, where conditions can […] - [8 Common Construction Problems that BIM can Avert ](https://oarscanning.com/8-common-construction-problems-that-bim-can-avert/): Introduction  The construction industry continues to evolve—but longstanding challenges like miscommunication, cost overruns, and reactive planning still hinder project success. Building Information Modeling (BIM) is transforming the way teams address these issues, offering a data-rich, collaborative platform that drives clarity and coordination from design to handover.  At OAR, we’ve seen firsthand how BIM not only resolves common construction problems but also positions our clients to anticipate future demands. Here are eight key challenges BIM helps solve today—and tomorrow.  Miscommunication Between Stakeholders  The Challenge: Siloed plans and inconsistent information create misalignment across teams, often leading to rework and delays.  How BIM Helps: BIM provides […] - [OAR’s Deployment of Leica Cyclone 3DR at the New England Patriots Training Facility ](https://oarscanning.com/oars-deployment-of-leica-cyclone-3dr/): Scanning for Precision on a High-Profile Build  In Foxborough, Massachusetts, the New England Patriots introduced a cutting-edge, three-story training facility adjacent to Gillette Stadium, to be opened in spring 2026. Designed to optimize player development and recovery, the space includes enhanced training zones, hydrotherapy pools, performance labs, and immersive virtual reality rooms.  To meet the project’s exacting standards, OAR performed a full 3D laser scan of the facility’s structural steel—laying a high-accuracy foundation for the next step: a model-to-reality comparison using Leica Cyclone 3DR. This advanced software platform enabled precise digital validation of physical construction.  Leveraging Leica Cyclone 3DR for Structural […] - [5 Ways BIM Reduces Downtime in Industrial Projects ](https://oarscanning.com/5-ways-bim-reduces-downtime-in-industrial-projects/): Introduction  In complex industrial environments, downtime isn’t just an inconvenience—it directly impacts productivity, safety, and profitability. Whether it’s a delay on a construction site or an unexpected shutdown in a manufacturing plant, lost time can quickly translate into significant costs.  Building Information Modeling (BIM) is transforming how industrial stakeholders plan, construct, and operate their facilities. By bridging the digital and physical worlds, BIM empowers teams to identify and resolve risks before they impact operations—ultimately reducing downtime and improving performance.  Here are five key ways BIM drives operational continuity in industrial and heavy-industrial projects.  1. Accurate Design and Clash Detection  BIM creates […] - [The Future Potential of Gaussian Splatting in Industrial BIM Workflows ](https://oarscanning.com/the-future-potential-of-gaussian-splatting/): Introduction: A New Frontier in Visualization  As digital transformation accelerates across the AEC and industrial sectors, new technologies are emerging that challenge the limits of traditional workflows. Among the most promising is Gaussian Splatting—a cutting-edge 3D rendering technique with the potential to enhance Building Information Modeling (BIM) through more immersive, real-time visualizations.  At OAR, we see tools like Gaussian Splatting as part of the next evolution in high-fidelity, context-rich modeling that supports faster decisions and clearer collaboration. While still in its early stages, its future potential is impossible to ignore.  What Is Gaussian Splatting?  Gaussian Splatting represents 3D environments using a […] - [OAR Partners with Gamma AR (Augmented Reality) to Elevate Construction](https://oarscanning.com/oar-partners-with-gamma-ar-augmented-reality/): A Strategic Collaboration for Insight  OAR, a recognized leader in 3D modeling and reality capture for the AEC industry, is proud to announce a new strategic partnership: we are now an official distributor of Gamma AR—a next-generation augmented reality (AR) platform purpose-built for construction.  This collaboration brings real-time BIM visualization and dynamic field interaction into a single, mobile-first solution. Whether you’re coordinating complex installations or resolving issues on-site, Gamma AR bridges the gap between virtual design construction and field execution.  What Is Gamma AR—and Why It Matters  Gamma AR enables construction professionals to overlay BIM and digital project data directly onto […] - [How Reality Capture Technology Improves Construction Sites Safety](https://oarscanning.com/construction-sites-safety-reality-capture/): Introduction: Designing for Safety from the Start At OAR, we believe construction site safety begins well before boots hit the ground. It starts with data—accurate, detailed, and immediately actionable. Our reality capture solutions are engineered to support one of the construction industry’s most essential priorities: building safer jobsites through better planning. How Reality Capture Enhances Construction Safety Traditional safety assessments often rely on 2D documentation and manual site walkthroughs. But in fast-moving, high-stakes environments, that approach can fall short. These tools allow project teams to proactively identify hazards and implement safety strategies—long before fieldwork begins. Enabling 3D Egress Planning That Saves […] - [From Scan to Strategy: Setting Up a Common Data Environment After Laser Scanning](https://oarscanning.com/setting-up-a-common-data-environment/): In the fast-paced world of construction and facility planning, spatial data isn’t just valuable—it’s foundational. After laser scanning and 3D modeling capture existing conditions, the next critical step is using those accurate existing conditions for design, coordination, and construction planning. That’s where a Common Data Environment (CDE) comes into play.  At OAR, we help clients go beyond data collection by implementing structured, collaborative environments where information flows securely and efficiently. A well-designed CDE empowers project teams with a single source of truth, aligning everyone from architects to contractors around clear, accurate information.  What Is a Common Data Environment?  A Common Data […] - [Accelerating Project Timelines: The Impact of Laser Scanning for Existing Condition Analysis ](https://oarscanning.com/laser-scanning-for-existing-conditions/): Accuracy in assessing existing conditions is critical to project success. Traditionally, this process has relied on manual measurements and dated, unreliable 2D CAD drawings that could be decades old—methods prone to human error, slow turnaround times, and incomplete data. As timelines tighten and project complexity increases, the need for more precise, efficient, and collaborative approaches becomes essential. Laser scanning for existing conditions offers a solution. At OAR, we integrate laser scanning technology, particularly in the context of existing conditions, into our spatial and operational planning processes to deliver unmatched accuracy and speed. For project owners seeking to reduce delays and unforeseen […] - [Why Choose OAR as Your Reshoring Consulting Firm?](https://oarscanning.com/oar-reshoring-consulting-firm-partner/): As global supply chains face increasing uncertainty—from tariff hikes and geopolitical tensions to pandemic-driven disruptions—reshoring has evolved from a strategic option to an economic necessity. Government incentives, rising overseas labor costs, and the need for tighter supply chain control are all driving companies, including those consulting with a reshoring consulting firm, to bring manufacturing and operations back to the U.S. Yet, while reshoring may sound promising, executing it is far from simple. Business leaders often face critical questions: That’s where a top-tier reshoring consulting firm like OAR becomes essential. With deep expertise in spatial planning, BIM (Building Information Modeling), and digital […] - [How Spatial & Operational Planning Simplifies Reshoring Facility Planning](https://oarscanning.com/reshoring-facility-planning-guide/): The Challenge of Reshoring Facility Planning As manufacturers move operations back to the U.S. in response to shifting trade policies and supply chain challenges, they face critical questions: Where should we establish operations? How do we optimize efficiency? How can we minimize disruptions and costs? OAR delivers the answer. Leveraging cutting-edge 3D laser scanning, Building Information Modeling (BIM), and digital twin technologies, we streamline reshoring facility planning with unmatched speed, precision, and cost-efficiency. Spatial Planning: Laying the Foundation for Reshoring Facility Planning Success Reshoring facility planning isn’t just about selecting a building—it’s about crafting an environment where innovation and efficiency thrive. […] - [BIM & VDC for Facility Retrofits: Enhancing Facility Layouts](https://oarscanning.com/bim-vdc-facility-retrofits-design-efficiency/): Why Traditional Approaches Fail in Facility Retrofits Facility layouts and retrofits have traditionally been designed using Product Data Management (PDM)-based tools like Inventor and SolidWorks. While these tools are excellent for equipment design, they fall short in full-facility coordination, particularly when implementing BIM & VDC for Facility Retrofits, leading to challenges in optimizing the effectiveness of BIM & VDC for Facility Retrofits. To understand the challenges posed by traditional methods, consider the limitations of PDM tools. These tools, while robust for individual equipment design, lack the holistic view needed for complex facility interactions. For example, in a facility retrofit involving multiple […] - [Reshoring to America: How Global Trade Restructuring is Changing Manufacturing Forever](https://oarscanning.com/reshoring-manufacturing-to-america-impact-global-trade/): Why Reshoring Is No Longer Optional for U.S. Manufacturers  The U.S. manufacturing landscape is undergoing rapid transformation. With global trade restructuring, supply chain disruptions caused by COVID-19, and rising tariffs, manufacturers are facing a new reality: reshoring manufacturing and bringing production back to American soil isn’t optional anymore—it’s a competitive necessity. While reshoring offers clear benefits—supply chain resilience, faster delivery, and reduced risk—it also creates logistical, operational, and financial challenges. Success requires more than just moving production facilities back to the U.S. It demands a strategic, data-driven approach to site selection, facility design, and operational efficiency.  That’s where OAR’s expertise in […] - [BIM: In-House or Outsourced? A Strategic Decision for Modern Construction](https://oarscanning.com/bim-outsourcing-strategic-tips/): Building Information Modeling (BIM) has revolutionized the architecture, engineering, and construction (AEC) industry, providing a digital framework that integrates design, construction, and operational data into a seamless workflow.  At OAR, we understand that BIM outsourcing is more than just a tool—it’s a catalyst for innovation, collaboration, and efficiency.  🔹 Should BIM management be handled in-house? 🔹 Or is outsourcing BIM services the smarter choice?  Each approach has its advantages and challenges. Understanding these will help you determine the most cost-effective and strategic solution for your organization, whether that be through in-house management or BIM outsourcing.  Effective management of BIM outsourcing is crucial […] - [The Strategic Timing of 3D BIM Scanning in Retrofit Projects](https://oarscanning.com/the-timing-of-3d-scanning-in-retrofit-projects/): Timing is everything when integrating 3D scanning and 3D laser scanning into industrial retrofit projects. For facility owners and project managers, one crucial question arises: When should scanning take place—before, during, or after a retrofit? In today’s fast-evolving industrial landscape, modernizing existing facilities is no longer an option—it’s a necessity. As technology advances, facility owners must adopt innovative approaches to retrofit projects. This is where 3D scanning becomes a game-changer, enabling teams to capture precise digital representations of their facilities before making costly decisions. By implementing 3D scanning and 3D laser scanning, project teams can visualize challenges early, mitigate risks, and […] - [Discover Why BIM is the Future of Your Projects](https://oarscanning.com/discover-why-bim-is-the-future-of-your-projects/): Are you struggling with inefficiencies, unexpected delays, or outdated project documentation? If so, it’s time to explore Building Information Modeling (BIM) and 3D laser scanning. These technologies can transform your workflows, reduce project timelines, and cut costs. Whether you’re planning a remodel, reuse, repurpose, or retrofit, understanding Scan to BIM is your first step toward innovation.  In this guide, we’ll explain how Scan to BIM deliverables address common project challenges and set you up for success.  What Are Point Clouds and Revit Models?  A 3D point cloud is a precise data set captured by LiDAR (light detection and ranging) scanners, creating […] ## Pages - [Equipment Suppliers & Integrators ](https://oarscanning.com/solutions-for-equipment-suppliers-integrators/): Solutions For Laser Scanning & Equipment Coordination for Suppliers & Integrators OAR provides the verified site data and coordination support that equipment suppliers and system integrators need to design, quote, and install with confidence. We scan the facility, coordinate your layout against existing building systems, and ensure everything fits before your crew arrives. OAR serves equipment suppliers and system integrators across the Northeast: Connecticut, Massachusetts, Maine, New Hampshire, New York, Rhode Island, and Vermont. BIM Coordination & Virtual Construction is delivered remotely nationwide. Send Us a Message → View portfolio → WHY IT MATTERS You engineered it to fit. We verify […] - [Materials Recovery Facilities](https://oarscanning.com/solutions-for-materials-recovery-facilities/): Solutions For Laser Scanning & BIM Coordination for Materials Recovery Facilities MRF capacity expansion projects carry a specific risk: equipment is expensive, production cannot stop for extended periods, and the gap between what the drawings show and what is actually in the facility can be significant. OAR provides 3D Laser Scanning and BIM Coordination & Virtual Construction services that give MRF operators verified existing conditions before equipment is engineered, procured, or installed. OAR serves MRF operators and project teams across the Northeast: Connecticut, Massachusetts, Maine, New Hampshire, New York, Rhode Island, and Vermont. BIM Coordination and Digital Delivery & Implementation are […] - [Industrial Owners & Operators](https://oarscanning.com/solutions-for-industrial-owners-and-operators/): Solutions For Laser Scanning & BIM Coordination for Industrial Owners & Operators Industrial facilities present unique challenges. Equipment is expensive, production schedules have zero tolerance for extended shutdowns, and the gap between what the drawings show and how the plant exists today can be significant. OAR provides 3D Laser Scanning, BIM Coordination & Virtual Construction, and Digital Delivery & Implementation services that work in active industrial environments and deliver verified data for retrofit coordination, capital project planning, and shutdown execution. OAR serves industrial facility owners and operators across the Northeast: Connecticut, Massachusetts, Maine, New Hampshire, New York, Rhode Island, and Vermont. […] - [HVAC & Mechanical Contractors](https://oarscanning.com/solutions-for-hvac-mechanical-contractors/): Solutions For Laser Scanning and BIM Coordination for HVAC & Mechanical Contractors HVAC and mechanical contractors operate on tight margins. Field conflicts, coordination failures, and rework are the fastest way to lose profit on a project. OAR provides 3D Laser Scanning, Scan to BIM, BIM Coordination & Virtual Construction, and Digital Delivery & Implementation services that give your team verified existing conditions, clash-free models, and fabrication-ready data before your crew ever touches ductwork. Based in Portsmouth, New Hampshire, OAR serves HVAC and mechanical contractors across the Northeast: Connecticut, Massachusetts, Maine, New Hampshire, New York, Rhode Island, and Vermont. BIM Coordination, Virtual […] - [General Contractors & Construction Managers](https://oarscanning.com/solutions-for-general-contractors/): Solutions For Laser Scanning & BIM Coordination for General Contractors & Construction Managers Renovation and retrofit projects rarely match their drawings. OAR provides 3D Laser Scanning, Scan to BIM, BIM Coordination & Virtual Construction, and Digital Delivery & Implementation services that give general contractors and construction managers verified existing conditions, proactive clash detection, and ongoing field verification so trades mobilize on accurate data, not assumptions. Based in Portsmouth, New Hampshire, OAR serves general contractors and construction managers across the Northeast: Connecticut, Massachusetts, Maine, New Hampshire, New York, Rhode Island, and Vermont. BIM Coordination, Virtual Construction, and Digital Delivery are delivered remotely […] - [Engineering & Environmental Firms](https://oarscanning.com/solutions-for-engineering-environmental-firms/): Solutions For Laser Scanning & BIM Coordination for Engineering & Environmental Firms Engineering firms without in-house reality capture capabilities spend more time in the field, design against incomplete data, and compete for projects at a significant disadvantage. OAR provides the 3D Laser Scanning, Scan to BIM, BIM Coordination & Virtual Construction, and Digital Delivery & Implementation services that extend your firm’s capabilities rapidly compared with the time it would take to build capabilities internally. Based in Portsmouth, New Hampshire, OAR serves engineering and environmental firms across the Northeast: Connecticut, Massachusetts, Maine, New Hampshire, New York, Rhode Island, and Vermont. BIM Coordination […] - [Services](https://oarscanning.com/our-services/): What we do From verified reality to construction-ready data. One partner, every phase. OAR captures verified reality with laser scanning, turns it into coordinated BIM models, and builds the systems that make digital delivery repeatable. No handoff gaps. No translation errors. No finger-pointing. Send us a message See Which Service Fits Three capabilities. One connected system. Most firms specialize in 3D Laser Scanning, BIM Coordination, or Digital Delivery as separate services. OAR does all three and connects them, so your data flows from field to model to construction without gaps, translation errors, or wasted handoffs. 01 3D Laser Scanning | Scan […] - [Digital Delivery & Implementation](https://oarscanning.com/services-digital-delivery-implementation/): ← All services Digital Delivery & Implementation OAR designs Common Data Environments, develops BIM Execution Plans, integrates multi-source data streams, and trains teams on unified workflows. We build the data architecture that connects reality capture to design tools to construction and management decisions. Based in Portsmouth, New Hampshire. Delivered remotely nationwide. Engagements start within a week of scope alignment. Send Us a Message → See when you need this → WHY IT MATTERS Your data is only as valuable as your team’s ability to use it. We close that gap. Reduce Risk Before It Compounds Most project risk does not come […] - [BIM Coordination](https://oarscanning.com/services-bim-coordination/): ← All services Services BIM Coordination & Virtual Construction. OAR’s BIM Coordination & Virtual Construction team turns laser scan data and design models into conflict-free, construction-ready outputs. We run AI-assisted clash detection across all trades and deliver coordinated MEP systems, whether on a single project or embedded across your entire program. Based in New Hampshire. Delivered remotely across the US for industrial facilities, manufacturing plants, MRFs, power generation, and commercial construction. On-site as your project requires. Send Us a Message → See when you need this → WHY IT MATTERS Catch conflicts in the model.Not in the field. Fewer Clashes, Fewer […] - [Services - 3D Laser Scanning - Scan to BIM - As-builts](https://oarscanning.com/services-3d-laser-scanning-scan-to-bim-as-builts/): ← All services Services 3D Laser Scanning | Scan to BIM | As-builts Outdated drawings, missing dimensions, and field assumptions kill schedules and budgets. OAR captures existing conditions as they truly are, precise, verified, and delivered in whatever format your team needs to make confident decisions. We serve construction, industrial facilities, and infrastructure projects across the Northeast (CT, MA, ME, NH, NY, RI, VT) from our base in Portsmouth, New Hampshire. Send Us a Message → See when you need this → WHY IT MATTERS Accurate data, delivered fast. So your team builds from what’s actually there. Fewer Chargebacks, Less Rework […] - [Knowledge](https://oarscanning.com/knowledge/): OAR’s Knowledge Base. Technical guides, references, and educational resources for construction and engineering teams working with 3D Laser Scanning, BIM Coordination & Virtual Construction, and Digital Delivery & Implementation. [N] resources Infrastructure MRF Commercial Industrial All Projects Reality Capture BIM/VDC Services Consulting Spatial and Operational Planning All No articles match this filter. Ready to start? Tell us what you’re working on.We’ll take it from there. Call (603) 766-1989 Send Us a Message → - [Portfolio Main](https://oarscanning.com/portfolio/): Portfolio Every project here represents a problem solved before it reached the field. 3D Laser Scanning, BIM Coordination & Virtual Construction, and Digital Delivery & Implementation across industrial, commercial, heritage, infrastructure and MRF facilities nationwide. All Industries Commercial Heritage Industrial Infrastructure Life Sciences Materials Recovery Facilities All Industries Ready to start? Tell us what you’re working on. Call (603) 766-1989 Send Us a Message → - [Scan-to-BIM Services in New England](https://oarscanning.com/landing/scan-to-bim-services/): Scan-to-BIM Services for Design & Coordination Teams Scan-to-BIM Services — Convert Laser Scans into Accurate Revit BIM Models Turn point cloud data into precision Revit BIM models at LOD 200, 300, or 400. Native deliverables for design, coordination, and clash detection — no manual remodeling, no version conflicts, no surprises in the field. Call Us (603) 766-1989 Request a Free Quote Serving New England · Based in Portsmouth, NH · Licensed Construction Surveyors Trusted by Scan-to-BIM Built for Real Coordination Workflows OAR Scanning converts high-density laser scan point clouds into actionable Revit BIM models that match your team’s standards. We handle the modeling […] - [3D LiDAR Scanning Services for Industrial Sites](https://oarscanning.com/landing/lidar-scanning-services/): 3D LiDAR Scanning for Industrial & Commercial Sites 3D LiDAR Scanning Services for Industrial & Commercial Projects Capture large facilities, infrastructure, and complex industrial environments with terrestrial and mobile LiDAR. Sub-millimeter accuracy across acres of data delivered as registered point clouds, CAD drawings, or Revit BIM models.  Call Us (603) 766-1989 Request a Free Quote Serving New England · Based in Portsmouth, NH · Licensed Construction Surveyors Trusted by LiDAR Scanning Built for Industrial Scale OAR Scanning uses professional Leica LiDAR systems to capture industrial facilities, infrastructure corridors, and complex commercial sites. Where traditional surveying breaks down — too big, too […] - [As-Built Drawings & Documentation Services](https://oarscanning.com/landing/as-built-drawings-services/): As-Built Drawings & Documentation Services As-Built Drawings & Documentation for Verified Existing Conditions Accurate as-built drawings (CAD, Revit, or point cloud) that reflect what’s actually built, not what was designed twenty years ago. For renovations, retrofits, facility management, and compliance documentation. Call Us (603) 766-1989 Request a Free Quote Serving New England · Based in Portsmouth, NH · Licensed Construction Surveyors Trusted by As-Built Documentation You Can Actually Build From OAR Scanning delivers field-accurate as-built drawings based on high-definition 3D laser scanning. Whether you need 2D CAD, 3D Revit, or raw point clouds, every deliverable reflects the real building — including the […] - [3D Laser Scanning Services](https://oarscanning.com/landing/3d-laser-scanning-services/): 3D LASER SCANNING FOR CONSTRUCTION & INDUSTRIAL FACILITIES Professional 3D Laser Scanning Services for Construction & Industrial Projects Capture as-built conditions using Leica RTC360 and BLK360 scanners. Replace tape-measure errors and repeat site visits with verified point cloud data delivered as CAD drawings, Revit BIM models, or raw point clouds, ready for your design and coordination workflows. Call Us (603) 766-1989 Request a Free Quote Serving New England · Based in Portsmouth, NH · Licensed Construction Surveyors Trusted by 3D Laser Scanning Built for Construction Decisions OAR Scanning delivers professional 3D laser scanning for construction teams, industrial facility operators, and design firms. […] - [Laser Scanning | Scan to BIM | As-builts](https://oarscanning.com/landing/reality-capture-services/): 3D LiDAR Scanning, Reality Capture & As-Built Services OAR provides professional reality capture, 3D LiDAR scanning, laser surveying, and as-built services including as built drawings and documentation for construction projects, facility retrofits, and industrial environments. Replace assumptions with verified reality. (603) 766-1989 Get a free quote in 24hs Trusted by Learn More About Us Our reality capture services use advanced 3D laser scanning and LiDAR technology to deliver accurate as built drawings, as-built documentation, and comprehensive as built services for construction and facility management.  Want us to reach out? (603) 766-1989 Planning Without Verified As-Built Data Creates Costly Risk Facing These […] - [Terms & Conditions | OAR](https://oarscanning.com/oar-scanning-llc-terms-and-conditions/): Last Updated On 26-Sep-2025Effective Date 26-Sep-2025 Risk Management  OAR Scanning LLC will mitigate risks through regular communication, proactive planning, and adherence to all applicable safety protocols and industry standards.  Statement of Work (SOW)  The services performed under this Agreement shall be as described in the Statement of Work (“SOW”) issued by OAR Scanning LLC. Any changes to the SOW must be documented in a written Change Order signed by authorized representatives of both parties. These Terms and Conditions apply to all Change Orders unless expressly modified in writing.  Standard of Care and Code Compliance  OAR Scanning LLC shall perform its services […] - [Privacy Policy](https://oarscanning.com/privacy-policy/): Last Updated On 15-Apr-2025Effective Date 15-Apr-2025 This Privacy Policy describes the policies of OAR Scanning LLC, 1 New Hampshire Ave, Suite 125, NH 03801, United States of America (the), email: info@oarscanning.com, phone: (603) 766-1989 on the collection, use and disclosure of your information that we collect when you use our website ( https://oarscanning.com ). (the “Service”). By accessing or using the Service, you are consenting to the collection, use and disclosure of your information in accordance with this Privacy Policy. If you do not consent to the same, please do not access or use the Service. We may modify this Privacy […] - [Thank You](https://oarscanning.com/landing/thank-you/): Thanks for Reaching Out! You’ve read about us — now we’re excited to learn about you. Our team is reviewing your message and will be in touch soon. At OAR, we’re all about collaborating to accelerate design and construction — and we can’t wait to get started. In the meantime, check out our latest insights on the Blog or connect with us on LinkedIn to see what we’re working on. - [Contact](https://oarscanning.com/contact/): Get in touch Let’s talk. Call us, email us, or fill out the form. We typically respond within one business day.  Call us Talk to our team directly Mon–Fri, 8AM–5PM ET (603) 766-1989 200+ projects completed across the US 3D Laser Scanning, BIM Coordination & Virtual Construction, and Digital Delivery Field work in the Northeast. BIM and digital delivery nationwide. Hours Sat–Sun Closed Mon–Fri 8:00 AM – 5:00 PM ET Based in Portsmouth, NH. Field scanning available weekends by arrangement. Send us a message By clicking ‘Send Message’, you agree to our Privacy Policy. We’ll get back to you within one […] - [Blog](https://oarscanning.com/blog/): OAR’s Blog. We work with engineering firms, GCs, mechanical contractors, and industrial operators across the US. This is what we’re seeing in the field: the patterns, the problems, and the approaches that are actually working. 40 resources Life Sciences All Industries BIM/VDC Services Industrial Materials Recovery Facilities Reality Capture All No articles match this filter. Stay in the loop. We send updates on what we’re working on and what we’re learning. Once a month. That’s it. - [Home](https://oarscanning.com/): 3D Laser scanning · BIM Coordination · virtual construction · digital delivery & implementation Bespoke digital delivery for the AEC industry. OAR provides 3D Laser Scanning, BIM Coordination & Virtual Construction, and Digital Delivery & Implementation for teams that need verified data and coordinated models to build from. Explore Our Services Send Us a Message Our approach Laser scanning is our foundation. What we do with the data is what sets us apart. We don’t hand over deliverables and walk away. Every service OAR provides runs on the same principle: your data should change something in the field. We understand the […] - [About](https://oarscanning.com/about/): About OAR A company built from solving AEC problems OAR is a construction and digital solutions technology company providing 3D Laser Scanning, BIM Coordination, Virtual Construction, and Digital Delivery & Implementation. We help AEC teams replace assumptions with verified reality. Better decisions earlier. Less rework. Fewer surprises. Less wasted time and money. Founded 2021 · Based in New Hampshire · Nationwide 200+ Projects completed 2021 Year established NH Headquartered in New Hampshire, serving nationwide Our story The old way wasn’t working. So, we built a new one. OAR started on the floor of a recycling plant.  Ryan was an engineer supporting Waste Management’s design and engineering teams, and he […] ## Optional - [Agent (MCP protocol)](websites-agents.hostinger.com/oarscanning.com/mcp) [comment]: # (Generated by Hostinger Tools Plugin)