耐克的机动生物运动鞋于2028年发射, 使用AI动力腿壳提升脚步, 减少疲劳。 Nike’s motorized bionic sneakers, launching in 2028, use AI-powered leg shells to boost stride and reduce fatigue.

耐克(Nike)的“放大项目”是一个带有机动脚壳的生物运动鞋系统,定于2028年进行商业发射。 Nike’s Project Amplify, a bionic sneaker system with motorized leg shells, is set for a 2028 commercial launch. 该系统在耐克位于俄勒冈州比弗顿的工厂测试，采用3D打印的钛合金小腿壳，内置电机、传感器和电池，以检测并适应佩戴者的步伐，在行走或跑步时提供前进动力。 The system, tested at Nike’s Beaverton, Oregon, facility, uses 3D-printed titanium calf shells with embedded motors, sensors, and batteries to detect and adapt to a wearer’s stride, providing forward propulsion during walking or running. 通过智能手机应用程序控制, 旨在帮助日常用户更自信地更远更快地移动, 解决因疲劳或不适而引起的"个人距离焦虑". Controlled via a smartphone app, it aims to help everyday users move farther and faster with greater confidence, addressing "personal range anxiety" caused by fatigue or discomfort. 这项被称为"脚用电动自行车"的技术是CES上展示的可穿戴外骨和机动鞋类的发展趋势的一部分, 其中一些系统的目标是帮助移动, 其他则是提高性能. The technology, described as an "e-bike for your feet," is part of a growing trend of wearable exoskeletons and motorized footwear showcased at CES, with some systems targeting mobility assistance and others performance enhancement. 虽然目前的原型提供了大约10公里的电池寿命,但该系统代表了数字、适应性鞋类方面的重大进步,有可能改变人们走路和跑步的方式。 While current prototypes offer about 10 kilometers of battery life, the system represents a significant advancement in digital, adaptive footwear, potentially transforming how people walk and run.