Volvo Tests Microsoft’s Virtual Reality Tech
Volvo Car Corp., which earlier this year began testing Microsoft Corp.’s HoloLens augmented-reality glasses at select European and Chinese dealerships, now is working to adapt the wearable technology for use in the product development process.
Volvo Car Corp., which earlier this year began testing Microsoft Corp.’s HoloLens augmented-reality glasses at select European and Chinese dealerships, now is working to adapt the wearable technology for use in the product development process.
The glasses allow designers and engineers to quickly view 3D product schematics and share information with each other. This can speed product development by identifying potential problems earlier in the process. It also allows team members to fit parts together and visualize what otherwise could be difficult to explain, Automotive News Europe reports.
Volvo aims to combine the technology with traditional physical and computer modeling as part of its plans to slash product development time by one-third to 20 months. A team of 15 Volvo engineers is testing the HoloLens technology in Sweden, according to the online newspaper.
Volvo is one of just 10 companies—it's the only carmaker—to be working on the technology with Microsoft. Visitors to dealerships could use the glasses to view different vehicle options and experience various technologies via virtual test rides.
Watch a video about the technology here.
RELATED CONTENT
-
Choosing the Right Fasteners for Automotive
PennEngineering makes hundreds of different fasteners for the automotive industry with standard and custom products as well as automated assembly solutions. Discover how they’re used and how to select the right one. (Sponsored Content)
-
When Automated Production Turning is the Low-Cost Option
For the right parts, or families of parts, an automated CNC turning cell is simply the least expensive way to produce high-quality parts. Here’s why.
-
Plastics: The Tortoise and the Hare
Plastic may not be in the news as much as some automotive materials these days, but its gram-by-gram assimilation could accelerate dramatically.