Warehouse Logistics Picking and Placing Robot ROBOTERA New Full-Size Bipedal Humanoid Robot L7

Inne filmy
November 13, 2025
Category Connection: Ramię robota przemysłowego
Brief: Discover the ROBOTERA L7 Full-Size Bipedal Humanoid Robot, a cutting-edge solution for warehouse logistics, picking, and placing tasks. This advanced robot features human-like motion control, AI-powered autonomy, and high-torque actuators, making it ideal for industrial automation and research. Learn how the L7 sets new benchmarks in robotics with its modular design and real-time control system.
Related Product Features:
  • Human-Like Motion Control for smooth walking, running, and complex manipulation tasks.
  • Full-Size Design comparable to the human body, perfect for ergonomics testing and research.
  • AI-Powered Autonomy with built-in motion planning, visual perception, and adaptive decision-making.
  • High-Torque Joint Actuators ensure exceptional precision and stability in motion.
  • Real-Time Control System for high-speed data processing and coordinated motion across 20+ degrees of freedom.
  • Modular Structure allows easy maintenance and customization for various applications.
  • Zaawansowane czujniki, w tym IMU, czujniki siły, wizja stereoskopowa i LiDAR, dla lepszej percepcji.
  • Otwarty SDK z obsługą ROS2, Pythona i C++ dla elastycznej integracji oprogramowania.
Pytania:
  • What are the primary applications of the ROBOTERA L7 robot?
    The ROBOTERA L7 is designed for industrial automation assistance, R&D and education, logistics and handling, and public service demonstrations.
  • How long can the ROBOTERA L7 operate continuously?
    The ROBOTERA L7 can operate for 1.5 to 2 hours continuously on a swappable lithium battery.
  • What communication options are available for the ROBOTERA L7?
    The ROBOTERA L7 supports Wi-Fi, Ethernet, and 5G communication for seamless connectivity.
  • Is the ROBOTERA L7 suitable for academic research?
    Yes, the ROBOTERA L7 is ideal for robotics research, AI motion learning, and human-robot interaction studies, with open SDK support for ROS2, Python, and C++.