3D Laser Scanning Services in Kansas

GPRS provided 3D laser scanning services for six parking lot structures at the Dallas Fort Worth International Airport, ranging from 500 to 2,500 square feet in plan area. The client wanted accurate dimensional information to prefabricate replacement canopies for each of the structures.

GPRS provided 3D laser scanning services for six parking lot structures at the Dallas Fort Worth International Airport, ranging from 500 to 2,500 square feet in plan area

Dallas Fort Worth International Airport – DFW Airport, Texas Prefabrication of Canopies for Parking Lot Structures ‍ TASK: GPRS provided 3D laser scanning services for six parking lot structures at the Dallas Fort Worth International Airport, ranging from 500 to 2,500 square feet in plan area. The client wanted accurate dimensional information to prefabricate replacement canopies for each of the structures. ‍ CHALLENGE: The client needed accurate information to design replacement fabric panels, including the location of the attachment plates and fasteners. They requested a quick turnaround on this project, GPRS expedited deliverables within 15 working days of the purchase order. ‍ SOLUTION: Dimensions were quickly verified in these high traffic areas of the airport with a Leica laser scanner. GPRS’ Mapping & Modeling Team created an LOD 200 Revit 3D model including basic structural elements, such as exposed structural columns and joists, grade and canopy. With the 3D model, the following details could be used to expedite prefabrication and installation - elevations, plan dimensions, radii of rolled elements, plus locations and dimensions of all attachment hardware.

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3D Laser Scanning

3D laser scanning captures real-world spaces with millimeter precision for clients to create engaging virtual reality experiences.

GPRS 3D laser scanned the Hard Rock Stadium for use in a mixed-reality experience during the 2020 Super Bowl on February 2. Mixed reality is a blend of physical and virtual worlds that includes both real and computer-generated objects. The two worlds are "mixed" together to create a realistic environment.

GPRS 3D laser scanned the Hard Rock Stadium for use in a mixed-reality experience during the 2020 Super Bowl on February 2. Mixed reality is a blend of physical and virtual worlds that includes both real and computer-generated objects. The two worlds are "mixed" together to create a realistic environment.

Case Study: TruePoint 3D Laser Scans Hard Rock Stadium For Mixed Reality Super Bowl Feature We would like to thank The Famous Group, the Miami Dolphins and the Hard Rock Stadium for allowing us to be a part of this project.” - Ryan Hacker, President of TruePoint Laser Scanning Location: Hard Rock Stadium, Miami, Florida Task: TruePoint 3D laser scanned the Hard Rock Stadium for use in a mixed-reality experience during the 2020 Super Bowl on February 2. Mixed reality is a blend of physical and virtual worlds that includes both real and computer-generated objects. The two worlds are "mixed" together to create a realistic environment. Challenge: It was important to the client that the existing spatial layout was captured with great accuracy. When generating the mixed reality experience, computer-generated objects must precisely interact with the physical environment to sell the realism. Solution: The upper and lower stands, field topography, LED display screens, LED ribbon around stadium, two Hard Rock Stadium signs and roof structure were documented with a survey-grade Leica P40 ScanStation. In two days onsite, 172 laser scans of precise point cloud data was captured. TruePoint’s team of in-house engineers quickly generated a 3D Revit model for the client. The client planned to use Autodesk Maya, a 3D computer animation, modeling and rendering software to create an augmented reality (AR) simulation. Deliverables: TruePoint delivered point cloud files in .rcs format, a 3D Revit Model, and a FBX file. The client was also able to view the model progress using Autodesk A360, a web-browser application that allows engineers and project teams to work together more easily in an online workspace. Added Value: “Everything we do at TruePoint Laser Scanning is highly custom. This client wanted portions of the stadium modeled in LOD 100 and portions modeled in LOD 300. Our deliverables were customized, so the client is only paying for what they need,” Aaron Hunt, Lead Technical Manager. For information on 3D laser scanning for mixed reality applications, contact TruePoint 3D Laser Scanning at 419-843-7226 or info@truepointscanning.com. Watch the NFL 100 ceremony prior to Super Bowl LIV featuring this six-minute video of mixed-reality graphics executed by Fox Sports and The Famous Group. hard-rock-stadium-3d-laser-scanning-5.JPG The upper and lower stands, field topography, LED display screens, LED ribbon around stadium, two Hard Rock Stadium signs and roof structure were documented with a survey-grade Leica P40 ScanStation. hard-rock-stadium-3d-laser-scanning-1.png TruePoint quickly generated a 3D Revit model of the stadium for use in Autodesk Maya, a computer animation software. hard-rock-stadium-3d-laser-scanning-2.png The client requested a custom Revit model, portions were modeled in LOD 100 and portions in LOD 300. hard-rock-stadium-3d-laser-scanning-3.jpg The client was able to view the model progress using Autodesk A360, a web-browser application that allows project teams to work together in an online workspace.

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3D Laser Scanning

Our client required a high-detail 3D BIM model to accurately visualize, design, modify, and manage the update of a heat exchanger within a Wastewater Treatment facility, enabling efficient updates and modifications without the need for extensive on-site measurements or manual drafting.

GPRS was called to 3D laser scan the Southerly Wastewater Treatment Plant and render an LOD 300 BIM model of the three-level heat exchanger for ABC Piping Co. to update one of the systems.

GPRS 3D laser scanned the Southerly Wastewater Treatment Plant to develop a LOD 300 3D BIM model for ABC Piping Co. to update one of the heat exchangers at the facility.

Highlights THE BOTTOM LINE Our client required a high-detail 3D BIM model to accurately visualize, design, modify, and manage the update of a heat exchanger within a Wastewater Treatment facility, enabling efficient updates and modifications without the need for extensive on-site measurements or manual drafting. INDUSTRY Water Treatment Plant & Wastewater Treatment Plant SERVICE 3D Laser Scanning; Mapping & Modeling LOCATION Cleveland, Ohio PM Insight The Leica RTC360 can generate 3D point clouds in less than 2 minutes, delivering our clients quick data visualization for project planning. The Leica RTC360 scans in color, which is useful when you need a true representation of a site in color detail. Deliverables LOD 300 3D BIM Model Task GPRS was called to 3D laser scan the Southerly Wastewater Treatment Plant and render an LOD 300 BIM model of the three-level heat exchanger for ABC Piping Co. to update one of the systems. PROBLEM Our client desired to upgrade the heat exchanger to reduce maintenance, energy consumption, and overall operational expenses in the long term. To properly design, prefabricate, and install system updates, ABC Piping Co. required a detailed 3D BIM model of the current mechanical and piping system, including pipe sizes, materials, and routing. Solution GPRS partnered with ABC Piping Co. to 3D laser scan and model the heat exchanger at the Southerly Wastewater Treatment Plant for upgrades. GPRS utilized the Leica RTC360 laser scanner to capture as-built conditions from 3 different floors around the existing heat exchangers. 108 laser scans were taken with the RTC360 from different locations to capture the intricate details of this very dense mechanical facility. The 3D BIM model provideed a detailed and accurate representation of the existing heat exchangers within the facility, enabling engineers and designers to clearly understand the spatial relationships, constraints, and interdependencies between various components. Benefits 3D laser scanning captured precise layout, dimensions, and locations of the existing architectural, structural, MEP, FP, and HVAC system elements for this facility in a point cloud. The GPRS Mapping & Modeling team transformed point cloud data into an intelligent 3D BIM model to aid system engineering. A 3D BIM model saved in a shared environment allowed all disciplines to work together to identify and resolve clashes before the system integration begins, ensuring a smooth retrofit with minimal rework. ‍

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3D Laser Scanning