“运动积木”位于2020前海未来城市/建筑展：瞬间城市板块的一处绿草地上，8个相同的木盒子，以不同的姿态滋生出一组空间游憩系统。“运动积木”顾名思义，指可提供少年儿童体育锻炼的组合式功能空间，同时也隐含了“动态的”模块概念。

▼“运动积木” 概览，overview of the OpenGym ©MENG深圳大学本原设计研究中心

OpenGym locates on a grass land of Qianhai Future City / Architecture Exhibition 2020: Instant City in Shenzhen, China. Eight identical wooden modules create various recreational spaces. As the name suggests, OpenGym refers to the combined functional spaces provide children’s sports and physical training. At the same time, it also implies the concept of “movable” modular gym.

单元模块通过“即插即用”的功能墙面（简称插件墙)来丰富运动形式，如篮球、小足球、曲棍球、攀岩等运动均可定制化呈现。可迭代更替的插件墙大大提高了模块的使用效率及功能拓展。

OpenGym module unit enriches sports form through the “plug and play” functional wall (referred to as plug-in wall), such as basketball, football, hockey, rock climbing, etc. The replaceable plug-in wall greatly improves efficiency and functionality of the module.

▼第一次布展概况，the first exhibition ©MENG深圳大学本原设计研究中心

▼第二次布展概况，the second exhibition ©MENG深圳大学本原设计研究中心

儿童的体育健康是未来城市市民关注的焦点之一，运动场所的稀缺是城市的一大痛点。业主希望将“运动积木”投放在城市的公共空间中，如广场、居住区、绿地公园、商场、学校空地等，以小体量模块组合发挥最佳场所适应性。辅之以多种运动设施和球类项目，让儿童感受到运动带来的健康与快乐。

Children’s health is one of the focuses of citizens in the future, and lack of sports space is a problem. The owner hopes to drop OpenGym modules in urban public spaces, such as plazas, residential blocks, parks, shopping malls, school playgrounds, etc., so as to develop adaptability with combination of small modules. Supplemented by a variety of sports facilities and ball games, OpenGym bring health and fun to sports kids.

▼运动积木，球类运动，ball game of the OpenGym ©MENG深圳大学本原设计研究中心

▼运动积木，中庭空间，central space of the OpenGym ©MENG深圳大学本原设计研究中心

“运动积木”由尺寸1.8m见方的通用单元模块组成，通过自身翻转可呈现c、n、u等类型，在不同的布置规则下即可得到无数种组合方式，像LEGO积木那样顺应各类运动及空间游戏需求。

▼双模块组合分析，combination of modules ©MENG深圳大学本原设计研究中心

OpenGym is composed of 1.8m cube standard modules. They present “c, n, u” and other forms by rotating themselves to different sides. Countless combinations can be obtained under different layouts, which meet the needs of various sports games, like Lego blocks.

▼运动积木，“n”型空间，type n space of the OpenGym ©MENG深圳大学本原设计研究中心

▼运动积木，“c”型空间，type c space of the OpenGym ©MENG深圳大学本原设计研究中心

▼运动积木，“u”型空间，type u space of the OpenGym ©MENG深圳大学本原设计研究中心

单元模块被“挖去”的曲面空间，通过不同组合连接，产生阻挡、庇护、倚靠、诱导等空间感受。本次参展模块空间隐藏了一条回旋流线，使连贯的空间流动成为主导。

The curved space excavated from the module is connected through different module combinations to produce spatial experience such as blocking, sheltering, leaning and inducing. A spiral circulation is hidden in the modules, leading the main space flow.

▼曲面空间形成回旋流线，the curved space forming a spiral circulation ©MENG深圳大学本原设计研究中心

单元模块在其各个面均能插接不同的插件模块，有球类插件墙、智能插件柜、能源插件板、广告插件牌等，拓展“运动积木”更多功能及创新。

▼插件墙功能分析，functions of the plug-in walls ©MENG深圳大学本原设计研究中心

Each module can be plugged in on all sides, including plug-in ball sports wall, plug-in intelligent cabinet, plug-in solar panel, plug-in advertising board, etc., so as to explore more possibilities of OpenGym.

▼内部空间，the interior view ©MENG深圳大学本原设计研究中心

模块间的连接接口，起到在模块之间传递力、电能、信息的作用，形成“模块互联”的功效。

▼运动积木，连接器，module connection ©MENG深圳大学本原设计研究中心

Module connection plays the key role of transmitting force, electricity and information between modules, forming the interconnected modular system.

▼“模块互联”，the interconnected modular system ©MENG深圳大学本原设计研究中心

神奇木匠严师傅在模块的制造中起到关键作用，潜心研究和测试模块结构与构造，在多次材料比选及工艺考量下，最终以玫瑰桉木作为主材料，全木构榫卯构造技法，让模块受力均质，满足其多向翻转的受力需求。模块之间连接构造亦是精巧稳固，服务于模块的立体生长。

▼结构分析，structure diagram © MENG深圳大学本原设计研究中心

▼建造过程，construction process © MENG深圳大学本原设计研究中心

Mr Yan, the magic carpenter, played a key role in manufacturing. He devoted himself to testing module structure and techtonics. After many material comparisons and process considerations, he finally chose Rose Eucalyptus as major material and utilized tenon and mortise technique to meet structural requirement in multi-directional rotating situation. He built the connection between modules delicate and stable, making the three-dimensional growth of modules possible.

我们希望“运动积木“的开放性、组合性和移动性，能带给城市少年儿童健康“成长”的空间。

We hope that OpenGym becomes a public children education spatial vehicle. Its openness, alternation and mobility make OpenGym modules insert spaces in cities for the sake of children’s better health.

▼概念图，the concept © MENG深圳大学本原设计研究中心

▼流线空间分析，the main space flow diagram ©MENG深圳大学本原设计研究中心