Oxford Technical Solutions specialises in Inertial Navigation Systems and GNSS technology for measuring motion, position and orientation. Our family of GNSS-aided inertial navigation systems includes a broad range of inertial measurement instruments, suitable for a large variety of applications. We have several support products that help improve the accuracy of our products and make their operation even easier.
Automotive product range
RT1003 The RT1003 is a compact, dual antenna product for space constrained ADAS applications such as VRU tests and low-profile robotic vehicles. Despite its small size, the RT1003 captures measurements with the same reliability as our other INS products, and perfectly suits the requirements of the current NCAP, NHTSA and IIHS roadmaps.
RT2000 family The RT2000 family combines precision Angular Rate Sensors and navigation grade Accelerometers, a low cost GPS receiver and an Advanced Navigation Computer to form an Inertial Navigation System aided by GPS in one very compact box. The RT2500 is the perfect way to step up from a GPS receiver and benefit from Inertial Technology.
RT3000 family The RT3000 family combines precision Angular Rate Sensors and navigation grade Accelerometers, a survey grade GPS receiver and an Advanced Navigation Computer to form an Inertial Navigation System aided by GPS in one very compact box.
RT4000 family The RT4000 is a high-speed version of the RT3000 family of products. It has all the features of the RT3000 but has a 250Hz update rate.
RT-Range S The RT-Range S is used for two functions: accurate (3cm) measurement of the relative motion between two vehicles and precise (2cm) measurement of lane position. The RT-Range S is used with one or two RT3000 or RT2002 Inertial and GPS Navigation Systems. All measurements are online, in real-time and output on a CAN bus.
RT-Split The RT-Split is ideal for accurate tyre slip measurements even in wet conditions. The RT-Split is a version of the RT where the IMU (inertial measurement unit) is in a separate enclosure. This lightweight IMU is ideal for wheel mounting since it reduces the influence on the wheel’s dynamics.
Survey & Mapping product range
Survey+ family The Survey+ is a compact, turnkey GNSS-aided inertial navigation system for providing stable, reliable and highly accurate position and orientation measurements. It is designed for airborne laser scanning applications as well as road surveying and pavement inspection projects. It seamlessly integrates with other on-board sensors like aerial cameras, laser scanners or LIDAR technology.
Inertial+ family The perfect route to upgrading your GPS. Protect your investment and combine your GPS with our Inertial+. Designed as a drop in component, the Inertial+ blends accelerometers and gyros with data from an external GPS receiver. It gives smooth, continuous position measurements, even in poor GPS environments. The Inertial+ is a true Inertial Navigation System at an exceptionally low cost.
xNAV family Today’s unmanned aerial and ground vehicles require compact, lightweight and highly accurate GPS + INS solutions. We have designed the innovative xNAV family to meet these requirements. The system is designed to deliver superior position, roll/pitch and heading data even in challenging operating environments.
xOEM family The xOEM inertial navigation system from OxTS is an OEM board set version of the popular xNAV system. Combining GNSS technology with high performance miniature inertial sensors, all embedded on a single compact board, the xOEM family delivers a complete navigation solution to system integrators.
xOEMcore The xOEMcore is a combined 6-axis inertial measurement unit and navigation system with sensor fusion in one compact OEM module. In its base form the xOEMcore measures and outputs raw accelerations and angular rates with small, high-grade MEMS gyros and accelerometers. But with a simple upgrade the xOEMcore is turned into a full inertial navigation system, able to take aiding data from external sources such as GNSS and blend it in the on-board Kalman filter. It is ideal for integration inside any solution that requires robust, high-performance position and orientation.
This post is also available in: Tiếng Việt