RESEARCH
My group started by researching modular storage solutions on the market, including materials, sizes, modular solutions, and movable parts. I focused on storage solutions in existing public spaces. I found that Amazon's express locker-style storage solution lacks modularity, and storage solutions in home environments lack security.
However, I proposed the idea of movable and replaceable floating parts. (Unfortunately, we did not fully follow this plan due to a lack of safety considerations, but Ruben Chong implemented part of this design in his class.)
We/I explored how different modular system works in terms of hardware connection, and form/dimensions of modular parts
DIY Shelf System that using connectors and metal rods，locked in place by Allen Key
Similar Stracrure that could use to hang stuff
The hardware used to lock the rods in place.
After we settled with the Box in Box concept, I researched locks that structurally work for the pegboard.
method that conmenly used to lock object to a “pannel” like surface.
The “Movable and Replaceable Floating Parts System”
Modular system by company “HIVE BOX“
We also researched and calculated how to maximize space efficiency to fulfill the client's demand.
Size used for post boxes. Because of the non-unified package size, China has slowly banned these lockers and switched to a large shelving self-serving system. But it is still a good reference for the sizing.
Size inventory provide by client
Realife Modular Structure Lucas Deng Found.
Home environment storage system for “shoes” found by Sally
After the site visit, we simplified the sizing system and made plans based on raw material sizing and feasibility. We mapped out a 3 large and 2 small sizing system to hopefully bring more possibilities to the design.