Blog

Name: OAMC x Vans Half Cab Boot, OAMC x Vans Authentic OxfordColorway: TBCSKU: VN000EFUBLA, VN000EFUWVD, VN000EGWWVD, VN000EGWBLAMSRP: TBCRelease Date: February 20Where to Buy: VansOAMC and Vans are reuniting to debut a technical footwear capsule that pushes the boundaries of traditional skate design. By treating the brand’s heritage icons as functional equipment, the duo has crafted a collection centered around the Authentic and the Half Cab, modified specifically for outdoor durability. This latest venture signals a shift toward utilitarian performance, blending the minimalist luxury of OAMC with the rugged DNA of Vans’ “Off The Wall” spirit.The centerpiece of the collaboration is the heavy-duty reconstruction of the uppers and tooling. The Authentic is reimagined as a low-slung oxford, featuring a composed profile that leans toward a formal yet functional aesthetic. In contrast, the Half Cab is elevated into a mid-top trail boot, providing reinforced protection for rougher environments. Both models are anchored by substantial Vibram soles, replacing standard vulcanized rubber with high-traction lugged units designed for actual performance intent rather than mere lifestyle aesthetics.Visually, the collection moves away from typical vibrant streetwear palettes in favor of a disciplined, military-inspired look. Options include a muted olive camouflage that covers the technical uppers, alongside a sleek black suede iteration for those seeking a more understated, monochromatic finish. By prioritizing function and restraint, OAMC has effectively stripped these skate classics down to their essential forms while adding the necessary hardware for the modern commute or trail excursion.

Name: fragment design x Nike Book 2 “Black/White”Colorway: Black/WhiteSKU: IO9950-900MSRP: $140 USDRelease Date: February 10, 2026Where to Buy: HBXHBX is officially releasing the fragment design x Nike Book 2, confirming a raffle launch later today. The collaboration, which unites Hiroshi Fujiwara’s legendary streetwear imprint with Devin Booker’s second signature model, will be available to enter starting at 9 p.m. EST.This iteration of the Nike Book 2 is a masterclass in Fujiwara’s “less is more” design philosophy. The silhouette abandons the textured layers of standard basketball models for a sleek, smooth nylon and suede upper dipped in a stark “Black” colorway. Contrast is applied through a white Swoosh on the lateral side, while the medial side features a vibrant blue Swoosh—a nod to fragment’s signature color palette.Technical detailing remains a focal point, with “FRGMT” branding stamped on the heel and the label’s industrial-style text code running along the midsole. The tongue features a custom logo melding Booker’s personal branding with the iconic twin lightning bolts. The design rests atop a performance-driven outsole featuring a generative traction pattern, ensuring the shoe remains court-ready despite its lifestyle appeal.The raffle for the fragment design x Nike Book 2 opens tomorrow, February 10, at 9 p.m. EST via HBX.

Name: ASICS GEL-KAYANO 12.1Colorway: Black/Obsidian GreySKU: 1203A759.002MSRP: ¥24,200 JPY (approx. $156 USD)Release Date: February 12Where to Buy: ASICS GEL-KAYANO 12.1 “Black/Obsidian Grey” ASICS’ GEL-KAYANO 12.1 sneaker range is set to welcome a striking and contemporary “Black/Obsidian Grey.” This hybrid silhouette features an upper derived from the archival GEL-KAYANO 12, characterized by a breathable open-mesh base in deep black. Its design is fortified with synthetic leather overlays in “Obsidian Grey” and a subtle ivory-gold, which utilizes a mix of matte and metallic finishes for a layered, skeletal look across the quarters and toe cap.The signature ASICS Tiger Stripes are integrated as glossy overlays, with black and “Obsidian Grey” accentuating a metallic silver base. Laces are kept tonal in black, echoing the accent hues and matte mesh base. The midsole integrates GEL cushioning with FLUIDRIDE construction, offering responsive comfort, while the outsole is finished in obsidian grey with textured traction patterns for stability.