The Guiding Star of Autonomous Localization
Providing affordable autonomous localization solutions for feasible robots, as well as Small and light-weight Autonomous Navigating Hardware.
Providing affordable autonomous localization solutions for feasible robots, as well as Small and light-weight Autonomous Navigating Hardware.
Providing affordable autonomous localization solutions for feasible robots, as well as Small and light-weight Autonomous Navigating Hardware.
Looking for adding “autonomous navigation” to your robots?
Our solution enables your robot to become a autonomous navigating robot without constructing additional infrastructure or purchasing existing expensive autonomous navigating robots. Do not worry about sunk cost. Simply #include “Polaris3D.sol”, and get autonomous navigating robots!
Infrastructure-Free
No worries to install any infrastru-cture. The solution can be applied without considering additional construction costs.
Small and Weightless
Easily applied because it is small and light-weight. Specifically, it can applicated to drones.
Easy access from mobile
Easily send commands and check the status with mobile devices.
Infrastructure-Free
No worries to install any infrastru-cture. The solution can be applied without considering additional construction costs.
Easy access from mobile
Easily send commands and check the status with mobile devices.
Small and Weightless
Easily applied because it is small and light-weight. Specifically, it can applicated to drones.
ANS, Autonomous Navigating Solution
Autonomous Navigating Solution(ANS) of Polaris3D is a solution attached to a mobile robots to let the robots navigate autonomously. Robust hardware and precise algorithm provide accurate real-time driving with low computational cost. Also, the user can readily manage the paths, the status of robots with a portable device through the efficient UI/UX.
Autonomous Navigating Solution(ANS) of Polaris3D is a solution attached to a mobile robots to make the robots navigates autonomously. Robust hardware and precise algorithm provides accurate real-time driving with low computational cost. Also, user can manage readily about the paths, the status of robots with a portable device through efficient UI/UX.
P8650 CARRIER BOARD
Time Synchronization, high performance
A P8650 Carrier Board hosts NVIDIA Jetson TX2. It has optimized sensors(IMU, Barometer, Magnetometer and FHD Stereo Camera) for autonomous navigation. Ongoing support from Polaris3D is provided.
Looking to get in touch?
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