MCM has partnered with Harper Collective, co-founded by Jaden Smith and Sebastian Manes, to launch a personalized luggage collection emphasizing sustainability. Harper Collective’s hard-shell rolling travel cases comprise 70% recycled ocean plastic, including discarded fishing nets and post-consumer plastic.
The collection features three styles: the Cabin, the Cabin Expandable, and a large check-in case. Each piece showcases MCM’s Visetos pattern, aluminum handles, and interiors lined with the brand’s recycled quilted nylon. Upcycled MCM webbing straps enhance the interior, and luggage tags feature Maxi Visetos material.
Notably, each piece of luggage features a blockchain-linked NFC chip that allows consumers to verify authenticity and confirm sustainable manufacturing. The new MCM x Harper Collective line is available through Harper Collective's website and store.
Upcycled Sea Plastic Luggages
MCM Teams Up with Harper Collective to Create Eco-Friendly Luggages
Trend Themes
1. Blockchain-enabled Authentication - The integration of a blockchain-linked NFC chip in luggage products introduces a new level of authenticity verification and transparent sustainability practices.
2. Recycled Ocean Plastic Products - Utilizing 70% recycled ocean plastic in the creation of travel cases taps into the growing demand for eco-friendly and sustainable consumer goods.
3. Personalized Eco-friendly Travel Gear - This partnership demonstrates the rising popularity of customized, eco-conscious travel accessories made from upcycled materials.
Industry Implications
1. Travel and Tourism - The launch of eco-friendly luggages enhances the appeal of sustainable travel gear, catering to environmentally conscious travelers.
2. Sustainable Fashion - Innovations like upcycled nylon interiors and blockchain verification highlight ongoing shifts towards sustainable and authenticated luxury fashion.
3. Recycling and Waste Management - Recycling ocean plastic into high-end consumer goods aligns with industry trends focusing on waste reduction and repurposing materials.