3D Scanning a Vehicle: The BMW 735 iL

In the dynamic landscape of media and entertainment, the quest for hyper-realism drives the adoption of advanced technologies like 3D scanning to recreate the tangible world within digital realms. MYND Workshop's recent venture involved meticulously scanning a BMW for a discerning private client, showcasing our prowess in vehicle 3D scanning. Employing a synergistic blend of LiDAR and photogrammetry, we captured the intricate details of both the car's interior and exterior, setting the stage for a digital replication that blurs the lines between reality and simulation.
 
3D Scanning the BMW in its garage

3D Scanning the BMW in its garage

3D Scanning the BMW in its garage

3D Scanning the BMW in its garage

Using a color checker to 3D scan the car for color accuracy

Using a color checker to 3D scan the car for color accuracy

Using a LiDAR Scanning to 3D Scan the BMW in its Garage

Using a LiDAR Scanning to 3D Scan the BMW in its Garage

Using a LiDAR Scanning to 3D Scan the BMW

Using a LiDAR Scanning to 3D Scan the BMW

Utilizing paper checkerboard targets to 3D Scan a vehicle

Utilizing paper checkerboard targets to 3D Scan a vehicle

 
The heart of this project was transforming the raw data from our scans into a finely retopologized and optimized 3D model. This intricate process involved reconstructing the car's textures with painstaking accuracy, utilizing the rich data captured through our photogrammetry techniques. The culmination of this effort was an exceptionally detailed yet lightweight 3D OBJ mesh file, complete with high-resolution texture sets. This digital twin of the BMW not only mirrored its physical counterpart with stunning fidelity but also boasted performance efficiency, making it an ideal asset for a range of applications within the media and entertainment sectors.
 
Retopologized Mesh of Car Exterior

Retopologized Mesh of Car Exterior

Optimized Textured Mesh of Car Exterior - Relit Render

Optimized Textured Mesh of Car Exterior - Relit Render

Optimized Textured Mesh of Car Exterior - Relit Render

Optimized Textured Mesh of Car Exterior - Relit Render

Optimized Textured Mesh of Car Exterior - Relit Render

Optimized Textured Mesh of Car Exterior - Relit Render

Optimized Textured Mesh of Car Exterior - Relit Render

Optimized Textured Mesh of Car Exterior - Relit Render

Optimized Textured Mesh of Car Exterior with Doors Open - Relit Render

Optimized Textured Mesh of Car Exterior with Doors Open - Relit Render

Optimized Textured Mesh of Car Exterior with Doors Open - Relit Render

Optimized Textured Mesh of Car Exterior with Doors Open - Relit Render

Retopologized Mesh of Car Interior Dash

Retopologized Mesh of Car Interior Dash

Optimized Textured Mesh of Car Interior and Dash - Relit Render

Optimized Textured Mesh of Car Interior and Dash - Relit Render

Optimized Textured Mesh of Car Interior and Seats - Relit Render
 
This endeavor underscores MYND Workshop's commitment to advancing the field of 3D scanning, particularly in the nuanced domain of vehicle scan technology. Our ability to create such a high-fidelity digital model of a complex object like a BMW exemplifies the potential of combining LiDAR and photogrammetry for vehicle 3D scanning. As we continue to refine our techniques and embrace new challenges, our work with this BMW project stands as a testament to the transformative power of 3D technology in capturing the essence of the physical world for digital storytelling.
 
 
Michael Robison

Michael Robison, co-founder and CEO of MYND Workshop, brings his architectural expertise and passion for precision to the forefront of 3D scanning and reality capture technologies. With a rich background in AEC and historic preservation, Michael's work spans from New York to Paris, contributing to significant projects with a keen eye for detail and an unwavering commitment to delivering exceptional results.

https://www.myndworkshop.com/
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3D Environment Scans of Chicago for Shameless SE11

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3D Building Scan for HBO’s “The Gilded Age”