近日，在广州塔450米高空的旋转阶梯上，进行了一场既熟悉又新奇的登高比赛——全国首场机器人登 高挑战赛。11支顶尖机器人战队、5大组别同台竞技，在带弧度、高度不均的30级台阶上，用每一步稳 健攀登，诠释着广东具身智能机器人产业的硬核实力。 广东作为经济第一大省，现在处于新产业（300832）登高的关键阶段，而这场机器人登高赛既是产业登 高，更最终指向经济登高。机器人技术的每一步突破，都在为广东经济注入新动能。这是广东人工智能 产业的一次"亮相"，更是一次"出征"。未来，凭借完整的产业生态、丰富的应用场景和持续的创新活 力，广东必将在具身智能领域持续领跑，以实干姿态抢占AI应用制高点，让智能技术更好地服务发 展、点亮未来。 过去，机器人技术多停留在实验室的理想环境，而这次登高赛，把算法、算力和新材料扔进了450米高 空的真实场景——风的干扰、台阶的弧度、实时的重心调整，每一个"小难题"都是对具身智能的实战检 验，从两足机器人用类人的体感和思维迈出仿生步态，到不同机器狗产品的轮足融合，再到全地形轮椅 和外骨骼装备的不同应用场景让登高如履平地般轻松，每个参赛企业在赛后都表示，来参赛不仅为了名 次，更是为了数据的积累 ...

Core Insights - The rise of embodied intelligence technology is deeply integrating smart robots into production and daily life, leading to changes in labor forms [1] - In agricultural settings, smart robots are enhancing efficiency and reducing physical strain for workers [8][12] Group 1: Agricultural Robotics - In Shenzhen, a smart harvesting cart is assisting in corn picking, allowing workers to focus on harvesting rather than carrying heavy loads [3][6] - The smart cart utilizes visual recognition algorithms to navigate complex terrains, improving operational stability and efficiency [6][10] - A tea-picking robot developed by Zhejiang Sci-Tech University is currently in testing, achieving a success rate of over 87% in identifying and picking tea buds with minimal damage [12][14] Group 2: Enhancements in Labor - Exoskeleton equipment is being tested to enhance leg strength by 70% and reduce body energy consumption by 30%, making labor-intensive tasks easier [8] - The integration of various sensors in robotic systems allows for real-time adjustments based on the worker's movements and the terrain, optimizing assistance [10]