Li-Ning Wade All City 14 (AC14) "College" ABAW001-7 - Basketball Shoe Unisex Red
Regular price
$193.00 USD
100% Authentic. No Hidden Fees. Free International Shipping. Responsive Real Human Customer Service.
Immediately upon receiving your order, we will contact you to confirm the best fit for your selected model. If we do not receive a response within 48 hours, your order will be automatically shipped in the size originally selected at checkout.
Li-Ning Wade All City 14 "College" — Elite Low-Top Performance
The Li-Ning Wade All City 14 "College" (ABAW001-7) is an elite low-top basketball shoe built for players who demand explosive performance and structural confidence on every possession. Draped in a striking all-red colorway, this Wade signature silhouette fuses Dwyane Wade's championship DNA with Li-Ning's most advanced cushioning and stability technologies.
Triple Propulsion Cushioning
- Full-Length BOOM + SUPER BOOM: A two-layer midsole system combining full-length BOOM foam with ultra-responsive SUPER BOOM technology for explosive energy return on every step.
- LIGHT FOAM ULTRA Heel Structure: A dedicated heel carrier secures lockdown and ensures stable, controlled landings — critical for low-top builds during high-impact plays.
Double Stability System
- Euro Plate: An anti-torsional carbon-composite plate delivers rigid lateral support, preventing dangerous midfoot flex during sharp cuts and crossovers.
- PROBAR LOC: An arch-embedded stabilizer that blocks foot rollover, protecting the ankle and midfoot during sudden deceleration and lateral movements.
Extreme Traction & Outdoor Durability
- TUFF RB Outsole: High-grade Tuff Rubber compound delivers instant on-court braking bite with a traction pattern engineered to withstand continuous outdoor play without significant wear degradation.
Upper Construction
- Textile Grid Upper: Built with a thin, highly breathable textile grid that incorporates tightly woven support cords for lightweight lateral reinforcement — keeping the shoe featherlight without compromising structural integrity during aggressive play.
