3D Laser Scanning Services in Vermont

GPRS captured point cloud data to generate a 3D as-built model from which the client could take measurements and locate key features that could be affected by the seating renovation.

GPRS laser scanned a historic theater, including the main floor, three balcony levels, and box seats to generate a 3D Revit model for seating renovations. The target objects of data acquisition were structural features, including exposed columns and beams; and the architectural envelope of the audience area, including walls, floors, ceilings, doors, openings, railings, seats, floor, and lighting.

GPRS 3D laser scanned a historic theatre to generate a 3D Revit model for seating renovations.

GPRS 3D laser scanned a historic theatre to generate a 3D Revit model for seating renovations. Case Study: 3D Laser Scanning A Theatre To Generate A 3D Model Location: Philadelphia, PA Task: GPRS laser scanned a historic theater, including the main floor, three balcony levels and box seats to generate a 3D Revit model for seating renovations. The target objects of data acquisition were structural features, including exposed columns and beams; and the architectural envelope of the audience area, including walls, floors, ceilings, doors, openings, railings, seats, floor and lighting. Problem: The client did not have accurate as-builts to plan and layout the new seating and understand the grade of the main floor and balconies. Manually measuring for this would have been time consuming and less accurate. Solution: 3D laser scanning will provide the client precise, as-built documentation of the historic theater, including floor slope, balcony and ceiling heights. GPRS captured point cloud data to generate a 3D as-built model from which the client could take measurements and locate key features that could be affected by the seating renovation. Benefits: GPRS’ in-house CAD technicians created a 3D Revit model for the client. Revit families were created for all the varying features so that each layer could be selected or de-selected depending on which portion of the model was being analyzed by the client. Accurate data facilitates timely and cost-efficient decisions. The 3D model will be crucial to plan for enhancements that are made to the space. This model could further be used to study the room acoustics and how adding/removing/changing objects would impact the reflection of sound. GPRS Intelligently Visualizes The Built World® for our customers, nationwide. Our 3D laser scanning services specialize in point cloud processing and Autodesk® software implementation workflows. Certified laser scanning professionals have extensive experience in data collection. Our in-house Mapping & Modeling Team bring real world applications of the data to create meaningful models. For 3D laser scanning in Philadelphia, call GPRS. For 3D laser scanning services in theatres, arenas or stadiums, contact GPRS Laser Scanning. Certified scanning professionals have extensive experience in collecting point cloud data. GPRS generated a 3D Revit model of the theater’s structure, architecture and seating. The 3D model will be crucial to plan for enhancements that are made to the space. 3D laser scanning will provide the client precise, as-built documentation of the historic theater.

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3D Laser Scanning

When generating mixed reality experiences, computer-generated objects must precisely interact with the physical environment to sell the realism. 3D laser scanning captures existing site conditions with great accuracy.

GPRS laser scanned SoFi Stadium for our client, The Famous Group, to create a mixed-reality experience for the Super Bowl. Using the RTC360 laser scanner, a GPRS project manager 3D laser scanned the stadium and the Mapping & Modeling Team delivered an LOD 200 Revit 3D model for augmented reality use.

TruePoint 3D laser scanned SoFi Stadium for our client, The Famous Group, to create a mixed-reality experience for the Super Bowl.

Location: SoFi Stadium -- Inglewood, California Task: TruePoint 3D laser scanned SoFi Stadium for our client, The Famous Group, to create a mixed-reality experience for the Super Bowl. Using the RTC360 laser scanner, TruePoint's project manager 3D laser scanned the stadium and our in-house team of CAD technicians delivered an LOD 200 Revit 3D model for augmented reality use. The stadium has 70,240 seats — which can be expanded to 100,240 for major events like the Super Bowl — 260 executive suites and a unique design to protect from potential seismic activity. Additionally, a 2.2 million-pound Infinity Screen by Samsung video board is suspended from the roof over the field. SoFi Stadium by the numbers 298 acres. 3.1 million square feet. 70,000 seats, expandable to 100,000 for major events and concerts. 100,000 tons of steel and cable installed. 260 luxury suites. 13,000 premium seats. 23 elevators, 40 escalators and 2,638 doors. Solution: In 2 days on site, TruePoint's project manager documented the as-built conditions of the stadium. Using the RTC360 laser scanner, TruePoint 3D laser scanned SoFi stadium, including the field, goal posts, sidelines, end zone, walls, tunnel entrances, scoreboards, concourse, stairs, stands, and suites. An intensity map point cloud and LOD 200 Revit 3D model was delivered for augmented reality use. Deliverables: All deliverables are created in our corporate office by experienced engineers and CAD technicians. TruePoint delivered the following to the client: Colorized Point Cloud in .rcs file format Revit 2021 LOD 200 3D Model of Stadium Added Value: For more than 20 years, The Famous Group has created mixed reality and augmented reality for Fortune 500 brands, professional sports events, esports, concerts, festivals and retail environments. Super Bowl Sunday is an opportunity to showcase this cutting-edge technology before a global audience.

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3D Laser Scanning

The client was able to fabricate components offsite and plan a flawless installation based on our existing condition data and 3D model. Plus, GPRS' work was conducted entirely at night, mitigating any disruption to construction

Field verification to prefabricate ACM panels

Our client was installing ACM panels to the canopy of a newly constructed airport terminal. The construction plans did not match the existing conditions at the site. A deviation could cause a major issue. The installation process needed to be precisely planned to avoid rework.

The construction plans did not match the existing conditions at the site. The installation process needed to be precisely planned to avoid rework • The shape of the canopy was complicated and stood 65 feet in the air. The client needed field verification and a plan to expedite proper installation of the panels • Installers were working overhead in a lift; there was no room for trial and error Solution • The Project Manager conducted a site walk to devise a plan for the client • The canopy and curtain wall of the airport terminal were 3D laser scanned to capture precise as-built data and generate a 3D model and 2D drawings to facilitate ACM panel installation • 22" x 34" 2D CAD drawings were created with the panel layout for the client to take to the field. This allowed each panel to be labeled with a custom number, cut and shim points Benefits • Laser scanning obtained exact measurements for the client and took away any guesswork from this project • To circumvent the active construction site, the Project Manager scanned the site at night to eliminate movement and trades working • The client was able to fabricate components offsite and plan a flawless installation

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3D Laser Scanning