Single-use mindset
A package is treated as waste after its first delivery.
A reusable delivery system in development
What if delivery boxes were designed to come back?
Billions of parcels move through our cities. Most packaging is built for one trip. RE:BOX is a project to design a durable, standardized box that can circulate again and again.
The current pattern
One delivery. One box. One bin.
Traditional parcel packaging is often designed around a single journey—from retailer to doorstep. The next order starts the cycle again.
Repeated production
Every shipment calls for another box to be made.
Repeated disposal
Materials repeatedly enter collection and recycling streams.
The design target
A box designed for 50 journeys, not one.
Fifty journeys is our design ambition—not a verified lifecycle claim. Prototyping and testing will determine what is technically and environmentally viable.
Durable, reusable shell
Built to protect goods through repeated handling.
Efficient return design
Foldable or nestable to reduce empty return volume.
Connected identity
A scannable ID with QR and NFC-ready potential.
Standardized sizes
A shared format for retailers and logistics networks.
Future exploded product render
Product detail
No tape. A closure made to be reopened.
The current concept explores a lid that locks without adhesive, an interior that stays easy to clean, and an identity marker that travels with the box. These are design intentions we still need to prototype and test.
Tape-free closure
A reusable latch concept instead of single-use adhesive.
Scannable identity
A permanent ID area for QR today, NFC as an option later.
Durable shell
Material and wall design aimed at repeated handling.
Cleanable interior
Smooth surfaces intended to simplify inspection and cleaning.
Standardization
One system. Multiple sizes.
A small family of shared formats is easier to stack, sort and route back than an open-ended range of packaging shapes.
Small and compact orders
The everyday parcel format
Larger goods, lighter footprint
Return efficiency
Built to return efficiently.
Empty boxes take up space on the way back. Nesting and stacking geometry is a core design goal for RE:BOX — not a proven impact claim. Real return efficiency will only be known once prototypes are tested in logistics conditions.
A practical loop
Designed to return. Ready to circulate.
01
Pack
Retailer packs the order
02
Deliver
Customer receives it
03
Return
Box returns via courier, parcel point or return station
04
Reuse
Box is inspected, cleaned if required, and reused
The long view
The goal is not a better cardboard box. It is a reusable delivery standard.
The ambition is an interoperable system: shared box formats, clear return routes and a common identity layer across merchants and logistics partners.
Retailer
Carrier
Customer
Return point
Retailer
In practice
Made for everyday packing.
The system only works if packing a RE:BOX feels as fast and simple as reaching for a cardboard box. That is the bar we are designing against.
Back the first step
Help us build the first prototype.
Your contribution supports early design, prototyping, material testing, return-logistics research and pilot preparation.
Choose a contribution
Contributions support project development. This is not an investment and does not grant equity.
Transparency
What support makes possible
We will publish milestones and prototype updates as the project develops.
Prototype development01
Materials and durability testing02
Return-system research03
Pilot preparation04