Vintage military clothing is slowly creeping back on to the scene, and HUMAN MADE has released an aviation-inspired jacket that is vintage American at its best. With an array of hand-crafted patches sewn to the jacket, this item is a must have for that chic military look.
HUMAN MADE is a Japanese clothing brand established by Nigo, the prodigy behind the A Bathing Ape and Billionaire Boys Club lines. His latest venture aims at reestablishing vintage American menswear by taking inspiration from aviator style features. The HUMAN MADE patch jacket includes detailed embroideries covering the coat. The sleek design and neutral colorway gives the jacket a modern look, while still paying homage to classic fashion of the past.
In stores now and available online, this latest release from HUMAN MADE will have you looking vintage fresh while maintaining your status as a general within your clique.
Aviator-Inspired Jackets
HUMAN MADE Patch Coats Pay Homage to Pilots
Trend Themes
1. Vintage Military Clothing - Disruptive innovation opportunity: Create a platform or marketplace for vintage military clothing enthusiasts to connect and trade rare pieces.
2. Aviator Style Features - Disruptive innovation opportunity: Develop a line of aviator-inspired accessories that cater to the growing demand for vintage aviation fashion.
3. Hand-crafted Patches - Disruptive innovation opportunity: Design a customizable patch-making service that allows customers to create their own unique patches for clothing and accessories.
Industry Implications
1. Fashion - Disruptive innovation opportunity: Combine vintage military aesthetics with sustainable fashion practices to create a new niche in the industry.
2. Online Retail - Disruptive innovation opportunity: Develop a virtual try-on technology that allows customers to digitally try on aviator-inspired jackets before making a purchase.
3. Textile Manufacturing - Disruptive innovation opportunity: Use advanced fabric technologies to create aviator-inspired jackets with improved functionality, such as water resistance and temperature regulation.