London-based retailer Goodhood works in collaboration with Clarks Originals on another footwear collaboration as the duo launches a black suede boot for the season. The two deliver a classy iteration of the signature Wallabee boot accented with dramatic fringe detail.
All of this sits on top of a gum sole unit foundation to add a touch of contrast and the upper is accented with glossy black tassels. Additional details include the Sharktooth ankle lining and the suede across the upper adds a stark contrast against the light tonal base foundation. With a closer look at the new shoe, the inner walls are detailed with a sporadic pattern of debossed star emblems for a playful touch.
Black Tassel Suede Boots
Goodhood and Clarks Originals Join Forces on a New Suede Boot Design
Trend Themes
1. Suede Boots Collaboration - Goodhood and Clarks Originals create a new suede boot design in collaboration, showcasing the potential for partnerships in designing new footwear models.
2. Fringe Detail Addition - The addition of dramatic fringe detail to Clarks' signature Wallabee boot indicates that the inclusion of unique textures and material in footwear design could become a trend in the future.
3. Debossed Star Emblems - The inclusion of debossed star emblems in the inner walls of the shoe shows how brands can use playful and unique details when designing footwear products, which could attract certain niche consumer markets.
Industry Implications
1. Footwear Retail - Collaborations between retailers and footwear brands could be a potential opportunity the industry in design consideration to foster product innovation and generate higher revenues.
2. Fashion Design - Fashion designers could look to inspire and design footwear models with unconventional design details and appeals for audiences seeking unique items in the market.
3. Textile Manufacturing - Textile companies could identify the increased demand and integration of unique fabrics, textures, and materials emerging as trends in the footwear industry and develop innovative fibers to meet these requirements.