Autonomous Robot Systems
Autonomous robots equipped with LiDAR, SLAM and AI algorithms operate 24/7 in factories, warehouses and public spaces without human intervention.
Core Autonomy Technologies
Four foundational components powering reliable autonomous robot operation.
LiDAR Navigation
Millimeter-precision environmental perception via 3D point cloud. 360° obstacle detection and safe path planning.
SLAM
Simultaneous Localization and Mapping. The robot creates maps of unknown environments while tracking its own position.
Computer Vision
Deep-learning object recognition, human detection and scene understanding. RealSense D435i stereo camera support.
Edge AI Decision Making
100+ TOPS real-time inference on NVIDIA Orin NX/Jetson. Autonomous decisions without cloud dependency.
Our Autonomous-Capable Robots
Robots with autonomous navigation in our Unitree and PUDU portfolio.
Unitree B2
Industrial PatrolIP67, 4×100 N·m torque, LIVOX LiDAR. Autonomous patrol in warehouses, factories and open areas.
Unitree Go2
R&D & EducationSLAM and computer vision algorithm development platform. ROS2 compatible, Python + C++ SDK.
Unitree G1
Humanoid Autonomous23+ DoF, Orin NX, Dex3-1 hands. Autonomous manipulation and locomotion in complex environments.
PUDU T300
Autonomous Logistics300 kg payload, multi-floor navigation, elevator integration. Material transport automation in factories.
PUDU CC1 Pro
Autonomous CleaningArea mapping with LiDAR SLAM, auto-return to charging station. 2000 m² area capacity.
PUDU KettyBot Pro
Autonomous ServiceAutonomous delivery in restaurants and hotels. Obstacle avoidance, voice interaction and ad display.
Autonomous Robot Systems: Cornerstone of Industry 5.0
Autonomous robot systems operate, decide and complete tasks without dependence on human operators, powered by sensor fusion (LiDAR + camera + IMU), advanced SLAM algorithms and edge AI hardware. At Robotlar.org, we deliver turnkey autonomous solutions for manufacturing facilities, logistics centres and the service sector across Turkey.
LiDAR and SLAM: The Backbone of Autonomous Navigation
The LIVOX MID-360 LiDAR sensor generates hundreds of thousands of 3D points per second with 360° scanning, enabling the robot to perceive its environment with millimetre precision. This point-cloud data feeds the SLAM algorithm, allowing the robot to simultaneously create maps and determine its position. Develop your own SLAM applications with the Unitree SDK Guide.
Computer Vision and Deep Learning
Our autonomous robots recognize objects, detect humans and make safe decisions in dynamic environments using the Intel RealSense D435i stereo camera and NVIDIA Orin NX processor combination. The Unitree G1 and Unitree H2 models combine these technologies in a humanoid form factor.
Application Areas
Autonomous material transport in logistics warehouses, quality-control patrols on production lines, 24/7 autonomous patrol in security operations, and contactless material delivery in healthcare facilities — we deliver fully autonomous solutions with our turnkey installation service. As the official Unitree Turkey distributor, we provide technical support for all models.
Frequently Asked Questions
What is an autonomous robot?
An autonomous robot processes data from sensors like LiDAR, cameras and IMU using AI algorithms to move, make decisions and complete tasks without human intervention. It creates maps with SLAM and recognises objects with computer vision.
What is SLAM and what is it used for?
SLAM (Simultaneous Localization and Mapping) is an algorithm that enables a robot to simultaneously determine its position and create a map of its surroundings. As a fundamental component of autonomous navigation, SLAM allows the robot to navigate safely even in unknown environments.
Which robots can operate autonomously?
Unitree B2 (industrial patrol), Unitree Go2 (R&D), Unitree G1 (humanoid manipulation), PUDU CC1 Pro (autonomous cleaning), PUDU T300 (logistics) and all PUDU service robots have autonomous navigation capability.
Contact Us for Autonomous Solutions
Let's determine the best autonomous robot solution for your facility together. Fill in the form for a demo, feasibility report and quote.