Intro
The ZSL-1 is a highly adaptable and robust robotic product, designed for versatile applications ranging from industrial inspections to home entertainment. Physically, it boasts a high-strength body frame made of Kirin alloy, ensuring exceptional durability against impacts. Its design also prioritizes practical use in diverse environments, evidenced by its IP54 waterproof and dustproof rating. While not explicitly described as humanoid, its capabilities for all-terrain movement, obstacle climbing (including steps and 35cm jumps), steep slope ascension, and even a customizable wheel-leg form suggest a robust, agile, and possibly quadrupedal or hybrid-locomotion design that prioritizes functional movement over human-like aesthetics. Its quiet operation in wheeled mode further points to an optimized design for seamless integration into various settings.
Behind the ZSL-1's impressive physical capabilities lies a sophisticated software and AI architecture. It leverages AI reinforcement learning algorithms for stable navigation, particularly on challenging terrains like gravel, and employs AI monocular vision perception models for intelligent recognition and precise tracking of targets, including humans and vehicles. The system features an open platform architecture, crucial for supporting secondary development and customization, indicating a modular software design. It provides open interfaces for motion, video stream, and status, allowing developers to integrate their own computing boards, 3D LiDAR, depth cameras, and various communication modules. This open framework, coupled with advanced AI for tasks like smart following and target pursuit, makes the ZSL-1 a highly intelligent and adaptable robotic solution.