InterSense
provides superior tracking solutions that enable a fully immersive
3D experience. From head trackers, to full 6-DOF systems that provide
millimeter precision over areas as large as 900 m2, InterSense offers
a full line of easy to install motion tracking solutions to meet
the needs of even the most demanding application.
InterSense products include...
|
|
InertiaCube2+
Continuing the success that has made InterSense technology the standard in motion tracking, the InertiaCube2+ is a multi-purpose sensor ideal for real-time applications in simulation & training, virtual & augmented reality, motion capture, and human movement analysis. |
|
InertiaCube3
Precision 3-DOF
orientation tracking for mobile and autonomous head and body tracking.
Interfaces directly to serial port on computer. Libraries available
for Windows, Linux, IRIX, and Mac operating systems. Wireless
and dedicated processor options available. |
 |
Wireless InertiaCube3
The Wireless InertiaCube3 offers all the features of the standard IC3 with the freedom of wireless connectivity. Supports up to four InertiaCube3 Sensors per receiver. The InertiaCube3 Wireless Receiver interfaces via USB or RS-232 to the host computer. |
|
|
IS-300
Pro Precision
3-DOF orientation tracking for head tracking applications with 50
ms prediction. Supports up to four InertiaCubes per system.
|
| |
IS-900
Precision
6-DOF wide area tracking for immersive displays, simulation &
training, cockpit simulators, augmented & mixed reality, virtual
prototyping and film/video production. |
 |
IS-1200
The IS-1200 product family, based on advanced image processing and sensor fusion techniques, is the most advanced and accurate motion tracking product that InterSense offers. Initially offered as a vision-inertial self tracking system, the IS-1200 VisTracker is designed to meet the most demanding tracking requirements dictated by mobile, augmented reality applications.The InertiaCam core consists of six MEMS inertial sensors with an integral "smart camera" that provides continuous position referencing from passive fiducial markers. The result is a highly accurate 6-DOF tracking solution with no active optical components. |