3D Laser Scanning Services in Idaho

The Famous Group was able to create a mixed reality experience that included an enormous virtual panther skulking through the stadium and onto the Jumbotron, delighting the 70,000 fans in attendance, thanks to the accurate scans, models, and meshes provided by GPRS

GPRS 3D laser scanned The Bank of America Stadium and the Gentle Giant panther statue for The Famous Group and the Carolina Panthers to create a mixed-reality experience for the home opening football game vs. the New York Jets

GPRS 3D laser scanned The Bank of America Stadium and the Gentle Giant panther statue for The Famous Group and the Carolina Panthers to create a mixed-reality experience for the home opening football game vs. the New York Jets. GPRS delivered a 3D mesh model to assist in the creation of this mixed-reality experience.

Problem • To sell the realism of mixed reality, computer-generated objects must precisely interact with the physical environment • As-built information and a 3D model of The Bank of America Stadium did not exist Solution • In 1 ½ days on site, using a Leica P40 ScanStation, point cloud data of the interior field, stadium bowl, seating, and upper rigging area was captured • To give the panther virtual objects to climb on and interact with, CAD technicians used the point cloud data to create a Revit 2021 LOD 200 3D model of the stadium • The Gentle Giant panther statue at the front of the stadium was 3D laser scanned to create a triangulated 3D mesh model in .fbx file format for the animation/CGI Benefits • 3D laser scanning is a fast and accurate way to digitize real-world objects for use in computer-aided design (CAD) and mixed reality • 3D models are created in our corporate office by experienced engineers and CAD technicians • The Famous Group was able to create a mixed reality experience that included an enormous virtual panther skulking through the stadium and onto the Jumbotron, delighting the 70,000 fans in attendance

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3D Laser Scanning

GPRS used 3D laser scanning and BIM modeling to support Whiting-Turner’s renovation of one of the most critical telecom hubs on the West Coast.

GPRS partnered with Whiting-Turner to 3D laser scan 200,000 square feet of the Pittock Block Internet Exchange in Portland, Oregon, an eight story, 302,262 square foot carrier hotel, data center, and office space. Built in 1914, the historic building was adaptively reused from an electric substation into a modern data center that now hosts one of the highest densities of telecom networks and carriers on the West Coast. Whiting-Turner planned renovations to tenant and common areas on the ground, mezzanine, fourth, and eighth floors, including new entry vestibules, infrastructure upgrades, support rooms, and façade modifications. To support this work, GPRS captured as-built data of the building to generate a point cloud, CAD drawings, and Autodesk Revit Model.

GPRS partnered with Whiting-Turner to 3D laser scan 200,000 square feet of Pittock Block Internet Exchange in Portland, Oregon, an eight‑story, 302,262 s.f. carrier hotel, data center, and office space. Built in 1914, this historic building underwent adaptive reuse, evolving from an electric substation distribution location into a modern data center that now houses the second greatest density of telecom networks and carriers on the West Coast. Whiting-Turner was planning a renovation of tenant and common areas on the ground floor, mezzanine level, fourth floor, and eighth floor, including the construction of new entry vestibules, infrastructure and equipment upgrades, and support rooms as well as modifications to ground-floor facades. To support the renovation, GPRS reality captured as-built data of the building to generate a point cloud, CAD drawings, and an Autodesk Revit Model.

Highlights THE BOTTOM LINE GPRS used 3D laser scanning and BIM modeling to support Whiting-Turner’s renovation of one of the most critical telecom hubs on the West Coast. INDUSTRY Data Center SERVICE 3D Laser Scanning, Mapping & Modeling LOCATION Portland, Oregon GPRS Insight "This property spanned an entire city block and featured a central lightwell. My 3D scanning training and experience helped me to accurately tie in data from the lightwell to the rest of the building. The roof also contained an extensive cooling system to ensure that hot air generated by the data center is expelled to prevent damage to the servers." Daniel Jones, GPRS Project Manager Deliverables Point Cloud, 2D CAD Drawings, Autodesk Revit 3D BIM Model PROJECT APPLICATION GPRS delivers precise as‑built documentation to support data center construction, retrofits, and facility management. Through 3D laser scanning, CAD, and BIM modeling, we provide accurate data that empowers owners, contractors, and design teams to confidently design, build, operate, and maintain their facilities. Task GPRS partnered with Whiting-Turner to 3D laser scan 200,000 square feet of the Pittock Block Internet Exchange in Portland, Oregon, an eight story, 302,262 square foot carrier hotel, data center, and office space. Built in 1914, the historic building was adaptively reused from an electric substation into a modern data center that now hosts one of the highest densities of telecom networks and carriers on the West Coast. Whiting-Turner planned renovations to tenant and common areas on the ground, mezzanine, fourth, and eighth floors, including new entry vestibules, infrastructure upgrades, support rooms, and façade modifications. To support this work, GPRS captured as-built data of the building to generate a point cloud, CAD drawings, and Autodesk Revit Model. PROBLEM Renovations and infrastructure upgrades needed to be completed without disrupting ongoing tenant operations or critical systems. The facility could not experience downtime, as it housed 16 fiber optic carriers, 179 service providers, and seven subsea cables critical to its role as a global grade Internet Exchange. Renovations across multiple levels, including the ground, mezzanine, fourth, and eighth floors, had to modernize shared spaces, infrastructure, and systems while maintaining uptime. Entry vestibules needed to be updated in a way that enhanced security, yet preserved smooth tenant and visitor flow. Specialized rooms had to be designed and constructed to support IT infrastructure and facility operations while meeting strict technical requirements. Ground floor facades required modification while preserving the building’s historic character. Infrastructure and systems essential to data center operations had to be upgraded to ensure reliability, scalability, and compliance with industry standards. Scheduling challenges had to be addressed when certain areas were unavailable for scanning or construction due to demolition or phased work. ‍ Solution GPRS’ Project Manager captured 200,000 square feet of space with the Leica RTC360 scanner at 2-4mm accuracy, completing 504 individual laser scans. Two mobilizations were conducted to ensure complete coverage of the basement, levels 1–4, level 8, and the roof. All architectural, structural, and MEP systems, including data closets and cooling systems, were documented in a colorized point cloud, capturing walls, floors, ceilings, doors, windows, roof infrastructure, exposed columns, beams, stairs, piping, conduit, and ducts. An Autodesk Revit 3D BIM model was generated to provide precise details of the data center’s spatial relationships, geometry, structure, and systems. From the BIM model, 2D CAD drawings were produced to support pre-construction planning, enabling teams to quickly understand the project scope before advancing into detailed 3D modeling. ‍ Benefits 3D laser scanning delivered a comprehensive, real time digital view of the data center, capturing precise structural and MEP layouts that seamlessly integrated with CAD and BIM for accurate planning, clash detection, and efficient construction sequencing. Deliverables were shared via SiteMap, GPRS’ secure, cloud based platform and mobile app, which centralized point cloud data, CAD files, and BIM models into an interactive tool for easy access and collaboration. With accurate facility as-builts, errors, change orders, delays, and costs were reduced during renovation. Cooling system upgrades were enhanced through precise modeling of roof infrastructure. Whiting-Turner successfully delivered turnkey data center renovations to meet tenant needs.

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The data GPRS collects can be used to develop the utility portion of a conceptual site model (CSM) to visualize migration routes, communicate with stakeholders, make informed remediation decisions, and protect the team on site and the environment.

A gas station requested utility locate and as built data to document the existing conditions for site upgrades and to develop an emergency response plan for potential leaks. Accurate 2D utility locate maps, a 3D BIM model, and a conceptual site model (CSM) were created of the gas station, underground storage tank system, and surrounding utilities.

A Michigan gas station requested utility locate and as built data to document the existing conditions for site upgrades and to develop an emergency response plan for potential leaks.

Task: A gas station requested utility locate and as built data to document the existing conditions for site upgrades and to develop an emergency response plan for potential leaks. Accurate 2D utility locate maps, a 3D BIM model, and a conceptual site model (CSM) were created of the gas station, underground storage tank system, and surrounding utilities. Problem: The gas station lacked as built site information required for compliance with environmental regulations, essential to plan for site upgrades, and necessary to take prompt corrective action in the case of an emergency. The client did not have an accurate conceptual site model (CSM) to understand and interpret contaminant fate and transport in the subsurface. Solution: GPRS Project Managers used state-of-the art equipment to perform ground penetrating radar (GPR), electromagnetic (EM) locating, video pipe inspection (VPI), leak detection, 3D laser scanning, and drone photogrammetry services at the gas station. The GPRS Mapping & Modeling Team delivered accurate as built and utility location data in point cloud, 2D maps, 3D BIM model formats, to help eliminate guesswork from decision making, and prevent time-consuming and dangerous mistakes and the costs associated with them. The gas station received access to millimeter-accurate information to efficiently plan work and drill safely. Locating underground storage tanks, including their depths, can help the station owner detect unusual fluctuations in fuel levels and assess any potential leak faster. Detailed site maps can help to communicate the location of a leak, the most likely paths and extent of horizontal and vertical delineation, and to plan assessment and mitigation efforts. Benefits: Infrastructure location and mapping are vital before conducting any construction or subsurface work like soil boring, or coring concrete to drop vapor pins – to eliminate clashes and utility strikes and keep workers and the community safe. Comprehensive site data is essential for the early detection and management of petroleum leaks at a gas station, to help minimize environmental damage and ensure the safety of employees and the surrounding community. GPRS as built maps and models provide accurate information to avoid hitting a UST or system component, and to avoid a utility strike when sampling soil. The GPRS SiteMap® mobile app securely stores utility data, geolocated and layered, and securely accessible for the station stakeholders to share with those who may need it. The data GPRS collects can also be used to develop the utility portion of a conceptual site model (CSM) to visualize migration routes, communicate with stakeholders, make informed remediation decisions, and protect the team on site and the environment.

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3D Laser Scanning