Description

Name: Vans AVE Pro LTD Shoes - (Fucking Awesome) Black / Reflective
SKU: 289913

Vans AVE Pro LTD Shoes

Vans AVE Pro Fucking Awesome Shoes in Black and Reflective. The latest signature profile from team-rider and Fucking Awesome co-founder Anthony Van Engelen, these low-top AVE Pro sneakers are designed to bring a pop of contemporary, after-dark luminary colour to any skate-centric lifestyle. Tumbled leather pairs with breathable mono-mesh ripstop textile for an enduring sense of wear well-suited to any rough and ready skate-style, whilst the impact-resistant glowing orange Ultracush midsole pairs over split taping with reinforced traction for more reliable wear across multi-terrain surfaces and platforms. Vans’ iconic side-wall stripe is brought to life in a reflective crisp-white housing, while the protective rubberised bumpers across the toe-box and the reinforced leather heel-brace keeps unwanted scuffs and scrapes at bay. A 6-eyelet flat lacing system secures the padded tongue across the natural arch of the foot, with the custom semi-translucent rubber decal commemorating the collaboration, with both ‘Vans’ and ‘FA World Entertainment’ branding wrapped around a textured rubberised globe. In place of the usual ‘Vans’ sidewall tab, a gold shadow-like ‘Fucking Awesome’ script tab pairs neatly with the fiery undersole, whilst the embroided ‘A.V.E’ vertical heel trims, custom zig-zag insoles, ‘hurt your eyes’ printed sockliner and the ‘Fucking Awesome x Vans’ heel tab seal these visionary sneakers off with a touch of certified character.

A creative three-way collaboration between Vans, Fucking Awesome and visionary skater Anthony Van Engelen, these rehashed AVE Pro sneakers set their sights on revolutionising skate-centric styling in line with contemporary necessity. Mixing Van Engelen’s spritely character with both the brand's commitment to performance and innovative function, these radiant-soled monochrome shoes pair old-school aesthetics with modern-day purpose to conquer the fields of boardfeel, traction and impact resiliency.