Vitro Mobile EV Автономни возила by Sean Jiaxing Guo

Vitro Mobile EV Автономни возила by Sean Jiaxing Guo is a highly esteemed winner of the very prestigious 2025 Железна награда A' Design Award in Футуристички дизајн Competition Category.

ЖелезнаФутуристички· 2025

Vitro Mobile EV Автономни возила

by Sean Jiaxing Guo

Client: Mackerel Design

Железна награда A' Design Award Winner in Футуристички Category

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Verify Award Status for #165202

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The Design

About Vitro Mobile EV Автономни возила

Vitro Mobile EV е иновативно автономно решение за движење со специјализиран систем за суспензија што го спушта шасијата, зголемувајќи ја приспособливоста и лесноста на употреба. Конструиран за безнапорно, енергетски ефикасно искуство на движење, тој интегрира обновлива енергија и напредна технологија за автоматизација. Овој дизајн се истакнува со обезбедување на кориснички ориентирана, одржлива алтернатива за домашна мобилност, нагласувајќи ја удобноста и еколошката одговорност.

The Recognition

About the Железна награда A' Design Award

Vitro Mobile EV Автономни возила е добитник на Железната награда A' Design Award, престижно признание што се доделува на добри дизајни што ги исполнуваат професионалните и индустриските барања очекувани од добро дизајнирани творби. Железните добитници ја покажуваат големата вештина, високата специјализација, стручното разбирање и креативниот капацитет на нивните творци. Се очекува Vitro Mobile EV Автономни возила да биде високо ценета, восхитувана и сакана творба што е практична и иновативна. Овој дизајн со Железна награда ги интегрира најдобрите индустриски практики и има компетентни технички карактеристики поврзани со знаење и талент. Vitro Mobile EV Автономни возила е почитуван за својата темелност и е дизајниран да го подобри квалитетот на животот и да помогне светот да стане подобро место.

Behind the Design

Press Kit

Credits, team members and technical details provided by the designer.

Unique Properties: Vitro Mobile EV is an innovative self-moving solution, equipped with an advanced suspension system that lowers the chassis for enhanced adaptability and usability. Designed to provide a seamless, energy-efficient household moving experience, it utilizes renewable energy and cutting-edge automation technology. This project distinguishes itself by offering a practical, low-effort approach to mobility, prioritizing sustainability and ease of use.
Dimensions & Packaging: Vitro Mobile EV measures 5064.74 mm in length, 2775 mm in width, and 2606.48 mm in height. Designed for optimal functionality, the vehicle incorporates a unique suspension system that dynamically lowers the chassis, enhancing adaptability and accessibility. These dimensions ensure a spacious yet efficient form, tailored for automated, self-moving capabilities in household settings.
Tags: self-driving, electric vehicle, moving, EV, autonomous car, autonomous vehicle, car design
Production Technology: Currently at the concept stage, Vitro Mobile EV was developed through surfacing 3D modeling, visualization, and simulation techniques. These digital tools enabled precise design exploration, allowing detailed adjustments to the suspension and chassis for optimal functionality and user experience. Through 3D simulations, the design's adaptability and usability were tested virtually, ensuring a strong foundation for future physical prototyping and production refinement.
Design Challenge: The primary challenge in developing Vitro Mobile EV was determining the ideal vehicle size to best suit household moving needs. Balancing spaciousness for storage with maneuverability required extensive research and testing. This process was further complicated by the need to meet user expectations of ease and efficiency within residential spaces. Overcoming this involved analyzing user data, studying current EV standards, and exploring innovative design solutions to achieve an optimal balance.
Research: The research focused on improving the moving experience, including understanding user challenges in current moving services and assessing the potential of autonomous EV technology to simplify this process. Results highlighted pain points in traditional moving, such as accessibility and physical effort, and identified an interest in automated solutions. The insights positioned it as a solution that enhances the moving experience while addressing sustainability and automation.
Inspiration: The inspiration for Vitro Mobile EV stems from the elegance of low-profile cars and the historical functionality of the sedan chair. Combining these two influences, the project aims to create a modern, automated solution that merges sleek, adaptable design with efficient transport. The low-profile car's chassis inspired the suspension system, while the concept of leveless, human-centered loading seen in sedan chairs drove the vision for a seamless, user-friendly experience.
Project Duration: The project started in January 2021 in California, finished the concept in April 2021, and continuing the development.
Operation Flow: Vitro Mobile EV operates autonomously and is charged at a central dispatch center also features solar panels on the top for more clean energy options. Users can summon the vehicle through an app by entering their location, destination, number of items to move, and preferred time. Once the vehicle arrives, it can be controlled via a touch screen on its side, allowing for easy interaction. This streamlined process makes moving effortless and efficient, offering a seamless experience for users.
Patents: Copyrights belong to Sean Jiaxing Guo, 2021.
Team Members: Sean Jiaxing Guo
Image Credits: Image #1: Creator Sean Jiaxing Guo, Rendering, 2021
Image #2: Creator Sean Jiaxing Guo, Rendering, 2021
Image #3: Creator Sean Jiaxing Guo, Rendering, 2021
Image #4: Creator Sean Jiaxing Guo, Rendering, 2021
Image #5: Creator Sean Jiaxing Guo, Rendering, 2021