Researchers at MIT devised a novel solution to 3D-scan the jaw of a T-rex, using Microsoft's Kinect sensor, and some free software, instead of high-res 3D scanners that cost up to 200 times more.

It's hard to deny the fact that the Kinect has all but failed as a gaming device. Despite their initial decisions, Microsoft stopped including the… ...

Kinect Fusion, the company explained in a blog post, uses the sensor's depth data to create detailed 3D models by scanning real-world objects or surroundings.

Photo of Microsoft engineers showing off Kinect Fusion, 3D scanning software for the Kinect for Windows motion sensing device, at Microsoft's BUILD 2012 developer conference from October 30, 2012 ...

Microsoft Kinect If you fancy creating your very own colour full 3D body scan you might be interested to know that Microsoft has this week added support for its ...

That is the very mission that Mario Lukas set out to do, to build a handheld 3D scanner made from affordable off shelf components, like, say, a Microsoft Kinect and the latest Raspberry Pi 2.

All pretty impressive in their own right. No doubt feeling a little left out, one of Microsoft’s own research teams has come up with a way of using Kinect as a completely affordable 3D scanner.

Microsoft has formally launched the latest Software Development Kit (SDK) for its Kinect for Windows depth-sensing camera platform, bringing official 3D scanning capabilities to the device for the ...

Currently, the researchers can use scans of people made with the modified Kinect to produce cheap, quickly-made avatars that could conceivably be plugged right into virtual worlds such as Second Life.

A proof of concept prototype handheld 3D scanner has been created by Mario Lukas, using a Microsoft Xbox Kinect motion sensor and the small single board Raspberry Pi mini PC. The Raspberry Pi ...

Researchers from MIT have developed a system that relies on the Microsoft Kinect, and that is able to produce 3D scans that are 1,000 times more accurate than scanning techniques previously used.