Gooxe-Shared Mobility for Future Urban Environments


Gooxe是一款為了未來都市環境所設計的共享交通載具。
現今共享交通有調度不易、站體滿載、可用空間不足等導致民眾不選擇使用,而Gooxe透過串接式設計符合更多樣需求的使用型態和更具彈性的調度方法,打造更舒適城市環境。
Shared transportation faces issues like scheduling difficulties, overcrowded stations, and limited space. Gooxe solves these problems with a tandem design that caters to different needs and flexible scheduling methods. That would encourages more people to use shared mobility, reducing urban congestion and air pollution, and creating a more comfortable urban environment.


【Gooxe Final Model 最終模型】




Gooxe的站體具有可長可短的特性,提供站體更大的彈性,也能在離峰時段縮減站體空間歸還更多的城市空間給人們,而在尖峰時,站體也能更大量的提供車輛,而串接式的方法更甚能在極端的尖峰需求下快速補充車輛,不同於現今的有站體式共享交通需要一台一台放回充電樁上,這個概念賦予補充車輛更快速的可能性。
Gooxe's Station design the feature of being able to adjust its length,
During off-peak hours, it can also reduce the station space and return more urban space to people.
It’s design also enables us to quickly supplement Bike. 


在Gooxe車體的特色上,我們針對了系統的營運方提出了調度解方,在串接的設計下,我們可以透過小型母車透過串接的方式來做簡易且彈性的短程調度,特別是在目前的共享交通環境下,調度---尖峰時段時站體滿車或是無車可借的情況依然無解,我們也能從多數的研究報告中發現這是目前共享載具被投訴機率最高的問題之一,在這可串接和可折疊的車體設計下,除了可以更快速的來做及時的調度,也可以透過根據尖離峰的使用量差異,來決定調度的車體數量,提供更多的彈性,透過此概念解決目前共享交通載具中最大的難題之一。
Gooxe have solve the hard scheduling problem. With the tandem connectable design, we can make scheduling simple and flexible.
In the current shared transportation environment, we still face the challenge of overcrowded stations Or a lack of available vehicles during peak hours.
However, with our design, we can perform scheduling more efficiently. 
By analyzing the usage differences between peak and off-peak hours, we can determine the number of vehicles needed for scheduling.​​​​​​​


在車體上,我們透過了串接式的設計讓Gooxe不單單只是單台使用的共享載具,在使用上除了基本使用也多了Trailer Mode and Expantion Mode, 在置物空間以及型式上滿足了更加多樣的需求。特別是在私家車減少的未來環境之下,這樣能彌補使用性上的虛空缺,並拓展更多樣的使用族群,像是大量採購、帶行李箱等較大物體移動時,提高Gooxe的使用率及運轉效率
The connectable design allowing not only basic usage, it also provide Trailer Mode and Expansion Mode, for more diverse options for storage spaces.
This would solve the problem in a future when private car, bike,  are expected to become less common,which cause some ignored needs on shared mobility, Such as those who make purchases large amount of goods or carry luggage. By doing so, it can expand the user base.

     
    
 

【Detail 設計細節】




TTUID Graduation Project 2023
  



Advisor : Yang, Chao Yang 楊 朝陽
Designers : Chang,Sheng Hsiang 張 勝翔 & Chen,Tsung Han  陳 宗漢 &  Su,Hong Jui 蘇 泓睿
University : Tatung University Department of Industrial Design
Design Year  : June, 2022 - May, 2023
Exhibition :  TTUID FACEID@P.P.P Place / Yodex 2023@TAINEX

Gooxe Team (Chang, Sheng Hsiang / Chen, Tsung Han / Su, Hong Jui) All Copy Rights Reserved. 2022 -   

Gooxe-Shared Mobility for Future Urban Environments
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