InterSense line of products are market leaders in precision motion technology, including inertial tracking and sensor fusion solutions.

The InertiaCube4 offers superior performance over its predecessors while minimzing size and price. The sensor is ideal for real-time applications in simulation & training, virtual & augmented reality, motion capture, and human movement analysis.

The InertiaCube BT provides real-time orientation data via a standard Bluetooth® interface to your computer. With an integrated rechargeable battery and secure mounting straps, the InertiaCube BT is the ideal wireless sensor for human movement analysis.

With 1,000's of installations worldwide, the IS-900 is the system of choice for precise position and orientation (6-DOF) tracking in military & industrial simulators, immersive displays, virtual prototyping and film/video production. Based on InterSense's patented inertial-ultrasonic hybrid tracking technology, the IS-900 system is immune to metallic interference, while offering smooth, robust real-time tracking in demanding environments.

Discontinued:

The InertiaCube2+ is a multi-purpose sensor ideal for real-time applications in simulation & training, virtual & augmented reality, motion capture, and human movement analysis.

The smallest sensor from InterSense, the InertiaCube3 is ideal for simulation, training and industrial OEM applications. The sensor offers a low-profile, rugged aluminum enclosure which enables easy integration into any tracked solution.

Maintaining the performance of the InertiaCube3 orientation sensor, the Wireless InertiaCube3 adds a robust wireless interface to your OEM application. Ideal for real-time simulation & training, industrial hand-held devices, and human movement analysis.

The IS-1200 VisTracker system is a highly scalable, cost-effective solution for wide area tracking. The system provides precise 6-DOF tracking data utilizing a fusion of inertial-optical technology. Ideal for mobile augmented & virtual applications, simulation & training and robotic navigation.