top of page
Type-R Sensors
Miniature and Rugged IMU & AHRS Models
OPUS-Inertial-R miniature Rugged IMU / AHRS devices combine 3D accelerometer, gyroscope and magnetometer along with a barometer, specifically designed for low powered applications demanding precise inertial measurement and attitude information thanks to our calibration, filtering and proprietary EKF engine.
With 30 x 30 mm dimensions and only 240 mW consumption, they can output 1kHz of Calibrated Inertial Measurement or 3D Attitude (Roll / Pitch / Yaw) data. By having industry standard USB, TTL, RS232 and CAN interfaces and the easiet firmware interface, they combine ease of use with performance perfectly.
Available options are low sensor bias / noise, extended range and NMEA2000, makes OPUS-Inertial-R series highly adaptable to several demanding environments.


FEATURES
Up to 1kHz Data Output (ODR) | |
Roll / Pitch: 0.5°, Heading: 1° | |
Calibrated Measurement Output | |
Δθ, ΔV Vector Outputs | |
Wide Input Range (4.5V to 16V) | |
Low Power Architecture | |
RS232, USB, CAN, TTL | |
Pressure Altimeter (Barometer) | |
Marine Option (NMEA2000) |
Why Type-R?
Affordable
Send RFQ for price information.
Small
30 mm x 30 mm x 10 mm
Low Power
Get 1kHz ODR with 240mW
Rich Interfacing
USB, RS232, TTL, CAN. All in one.
Specifications
Resources
General Documentation
Product Specification............................................................
Firmware Interface (ICD)....................................................
User Manual................................................................................
Firmware / Software
Current Firmware (Coming Soon).................................
Firmware Upgrade Guide (PDF)......................................
Firmware Release Notes (PDF).........................................
ROS Driver (Coming Soon).................................................
Embedded Libraries (Coming Soon)............................
OPUS Device Manager Software.....................................
Mechanical / CAD Data
3D Step Files.................................................................................
Application Notes
Sensors Calibration...............................................................
bottom of page



