The infrared laser positioning module utilizes up to 30 infrared photosensitive elements distributed over the object’s surface to receive laser scanning signals from the positioning base station, calculating the object’s precise current position in real time. In addition, high-precision 9-axis MEMS inertial sensors supplement the data to achieve sub-millimeter positioning and attitude accuracy.
The Indoor Compass system integrates multiple inertial sensor nodes with infrared laser positioning based on Lighthouse technology, achieving millimeter-level positioning across multiple nodes on any object. The infrared laser positioning module uses up to 30 infrared photosensitive elements to receive scanning signals in real time, while high-precision 9-axis MEMS inertial sensors supplement the data to meet sub-millimeter positioning and attitude accuracy requirements. This system enables cost-effective multi-node motion capture and precise positioning.
A single positioning base station can simultaneously track up to 16 different multi-node objects, rendering their real-time position and attitude on one computing unit/PC. The appearance of the objects can be customized as needed to meet diverse scenario requirements, offering great potential for application development in the virtual reality, education, and training industries.
