ScanLAB Projects: Post-lenticular Landscapes
In April 2016, ScanLAB Projects traveled to the Yosemite Valley and used terrestrial 3D scanners to replicate the early photographic expeditions of Eadward Muybridge and Ansel Adams. The technology is a form of active imaging that captures dense, 3D data about object surfaces and is envisioned by the artists as the “camera of the future.” The valley’s vast setting, rugged landscape, and water features posed numerous challenges, pushing the equipment to its very limits. More than 150 groundbreaking scans were captured, including screenings of large waterfalls, a first for the artists.
For the journey, ScanLAB retrofitted their vehicle, a Santa Fe SE SUV donated by LACMA’s Art + Technology Lab sponsor Hyundai, into a traveling studio where the artists could process and review their data. The vehicle has been converted again into a traveling digital diorama and is parked on LACMA’s Zev Yaroslavsky Plaza for a limited time, inviting visitors to peer into a ghostly 3D landscape of the Yosemite Valley.
ScanLAB Projects is a London-based design studio experimenting with the potentials of large-scale 3D scanning. Their practice explores the world through the eyes of this post-lenticular technology, creating animations, images, objects, and installations in response to the data they capture.
Post-lenticular Landscapes is supported by LACMA’s Art + Technology Lab.
The Art + Technology Lab is presented by:
The Art + Technology Lab is made possible by Accenture, with additional support from Google and SpaceX.
The Lab is part of The Hyundai Project: Art + Technology at LACMA, a joint initiative exploring the convergence of art and technology.
Image: Courtesy of ScanLAB Projects
Just last month, ScanLAB Projects, funded by LACMA’s Art + Technology program, retraced the steps of the pioneers of American landscape photography. Under the guidance of Will Trossell and Matthew Shaw, the ScanLAB crew visited Yosemite to undertake a series of experiments in terrestrial 3D scanning, a form of active imaging that captures dense, accurate 3D data about object surfaces...