The world's smallest fully embedded absolute orientation sensor measuring just 0.4in3, Inertial Labs OS3D (aka OSv3) combines sensor technologies of magnetometers, gyroscopes, and accelerometers to measure absolute orientation of any object. Its internal microcontroller processes the data from nine discrete sensing axes and produces a quaternion orientation solution that is then provided over a standard RS-485 data bus.
By using RS-485, the OS3Dis able to be daisy-chained allowing for the use of multiple sensors simultaneously. This combined with its dynamic range and small size makes OSv3 ideal for human motion sensing applications that can require the tracking of multiple body segments or even a full body.
Key Features and Functionality
Real-time, zero latency 3DOF orientation tracking
Compensated raw data for acceleration, rate of turn, and magnetic field
Up to 500Hz data update rate
Full temperature calibration of all sensing elements
Internal magnetic disturbance calibration capabilities
Dynamic magnetic disturbance compensation
Customizable sensor parameters
Ability to string sensors together
Full featured software SDK
PC-based emulator for replacing leading sensors in existing applications
Extremely compact design
The world's smallest fully embedded absolute orientation sensor measuring just 0.4in3, Inertial Labs OS3D (aka OSv3) combines sensor technologies of magnetometers, gyroscopes, and accelerometers to measure absolute orientation of any object. Its internal microcontroller processes the data from nine discrete sensing axes and produces a quaternion orientation solution that is then provided over a standard RS-485 data bus.
By using RS-485, the OS3Dis able to be daisy-chained allowing for the use of multiple sensors simultaneously. This combined with its dynamic range and small size makes OSv3 ideal for human motion sensing applications that can require the tracking of multiple body segments or even a full body.
Key Features and Functionality
- Real-time, zero latency 3DOF orientation tracking
- Compensated raw data for acceleration, rate of turn, and magnetic field
- Up to 500Hz data update rate
- Full temperature calibration of all sensing elements
- Internal magnetic disturbance calibration capabilities
- Dynamic magnetic disturbance compensation
- Customizable sensor parameters
- Ability to string sensors together
- Full featured software SDK
- PC-based emulator for replacing leading sensors in existing applications
- Extremely compact design
