Here’s one for you: what does that mean?

Do you want your robot to position itself at millimeter accuracy with respect to some arbitrary coordinate frame in the world? That is going to be hard for any system. Even if you have a sensor that can achieve such accuracy, you will need another system that’s even more accurate to calibrate it.

Or do you want your robot to do the task well and efficiently? Accurate docking at a docking station, for example, can be done by closing the feedback loop locally. Sensing the docking station, or its direct environment provides enough information to find the docking station quickly and accurately.

Think of it this way: when you park your car, you don’t need the exact GPS coordinates to position accurately and avoid collisions. You may find your way to the right address using your global reference system (GPS) but you park based on local sensor data.

By looking at your specific positioning challenge, RUVU Robotics helps you to select the right sensors and provides the necessary software to achieve your accuracy requirements.