By Garin Gardiner (@GarinGardiner)
The vision of augmented reality (AR) and mixed reality (MR) depicted in movies such as *Minority Report*, *Star Wars*, and *Back to the Future* is swiftly becoming a reality. When Microsoft unveiled their groundbreaking wearable holographic computer, HoloLens, at CES in January, it sparked immense excitement. This device enables users to superimpose 2D and 3D objects onto their physical environments, whether for work or personal spaces.
As soon as we laid eyes on HoloLens, the potential for 3D engineering and industrial design became apparent. After experimenting with it, I was struck by how restrictive it feels to view 3D models on a traditional, two-dimensional screen instead of having the freedom to utilize my full workspace for designing in three dimensions.
Last year, we began collaborating with Microsoft on a joint project named "FreeForm," which aimed to create a proof-of-concept integrating Fusion 360 with HoloLens. Our objective was to explore what could be achieved for everyday designers and engineers using this technology.
Working in mixed reality goes beyond simply placing a holographic 3D model before you—it transforms every aspect of how you interact with your data, environment, colleagues, and clients. To fully grasp the capabilities of HoloLens, we spent months developing numerous prototypes and testing various scenarios to determine how customers might gain the most value from a mixed-reality setup.
We experimented with ways to expand workspaces virtually by projecting holograms onto walls and open areas, effectively creating infinite space. We also investigated methods for collaboration, allowing users to examine the same holographic model together, walk around it, and discuss design elements as though it were physically present on their table. Additionally, we explored direct creation and editing within holographic models, along with presenting final designs to executive teams or clients.

Our team was astounded by the endless possibilities. Many of these ideas are now taking shape in the FreeForm project. However, one of the biggest challenges has been conveying the experience accurately through words or images. Unfortunately, we aren’t yet able to offer everyone a hands-on (or perhaps I should say "heads-on") demonstration. Nevertheless, we’ve put together a video showcasing how a mechanical engineer and an industrial designer can collaborate in holographic space to tackle tasks more efficiently than ever before.
At present, the combined HoloLens and Fusion 360 project remains under development. Yet, the advent of holographic computing seems closer than any of us initially imagined. We’re thrilled to play a role in bringing this innovative technology to our designers and engineers in the near future.
[Watch the video here](https://www.youtube.com/watch?time_continue=3&v=Hx6biWE2VsM)
---
*Note: The above text reflects my thoughts after spending considerable time exploring the potential of HoloLens. While I wish more people could experience its transformative power firsthand, videos like the one linked provide a glimpse into what’s possible.*
Pipes
External: Two part epoxy coating (red-brown colour) with an
average dry wall thickness of 40 microns
Internal: Two part epoxy coating (yellow ochre colour) with
average dry wall thickness of 130microns
Fittings
External: Two part epoxy coating (red-brown colour) with an
average dry wall thickness of 70 microns
Internal: Two part epoxy coating (red-brown colour) with
average dry wall thickness of 70microns
Pipe Fitting Gasket,Silicon Rubber Gasket,Rubber Gasket Epdm,Rubber Gasket Epdm Mat
Wuan City Kun Yu Metal Products Co.,Ltd , https://www.kunyucasting.com