The Design and Fabrication of an Upright Collapsible Transport System For Pushing Children

There are currently no products on the consumer market that allow a parent or guardian to push a child between the ages of 4 to 10 in an upright or standing position.The ideal design for such a product would be a device that is collapsible for easy transport, can support a load of at least 250 lbs., weigh less than 8 lbs., have a low manufacturing cost of less than $25 per unit at full scale manufacturing, have adjustable settings to accommodate a wide age range of riders, and be both visually and ergonomically appealing for the rider and user.When collapsed, the device should fit in a backpack style carrying case.Therefore, the ultimate goal of this multidisciplinary capstone engineering project is to acquire a patent for a device that meets the aforementioned requirements and develop a fully functional prototype.Numerous design options were explored and conceptualized with the preliminary design emerging from a hand cart concept that was chosen specifically for its collapsing wheel system.

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Publication Details

Published
2025-04-02
DOI
https://doi.org/10.18260/1-2-1153-53967
Primary Topic
Mechanical Engineering and Vibrations Research
Type
article
Field-Weighted Citation Impact
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article

The Design and Fabrication of an Upright Collapsible Transport System For Pushing Children

Ruben B. Freitas, Aditya Johnson Stanley, Zachary Boorman, Kristie Kordana
Mechanical Engineering and Vibrations Research
article

The Design and Fabrication of an Upright Collapsible Transport System For Pushing Children

Ruben B. Freitas, Aditya Johnson Stanley, Zachary Boorman, Kristie Kordana
article en

Abstract

There are currently no products on the consumer market that allow a parent or guardian to push a child between the ages of 4 to 10 in an upright or standing position.The ideal design for such a product would be a device that is collapsible for easy transport, can support a load of at least 250 lbs., weigh less than 8 lbs., have a low manufacturing cost of less than $25 per unit at full scale manufacturing, have adjustable settings to accommodate a wide age range of riders, and be both visually and ergonomically appealing for the rider and user.When collapsed, the device should fit in a backpack style carrying case.Therefore, the ultimate goal of this multidisciplinary capstone engineering project is to acquire a patent for a device that meets the aforementioned requirements and develop a fully functional prototype.Numerous design options were explored and conceptualized with the preliminary design emerging from a hand cart concept that was chosen specifically for its collapsing wheel system.

Decent work and economic growth
Openalex Percentile: Top 94%
Mechanical Engineering and Vibrations Research
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