The ASICS GT-2000 13, bearing the 'Wide' designation and the 'Carbon Black Green' colorway, emerges as the latest iteration of a lineage deeply rooted in the realm of running and daily training. This model, scheduled for release on September 1, 2024, signifies a continued commitment to providing runners with a reliable and supportive footwear solution. The GT-2000 series has long been a staple within the ASICS portfolio, catering to a broad spectrum of athletes and fitness enthusiasts.
Designed as a moderate stability daily training shoe, the ASICS GT-2000 13 Wide excels in road running, catering specifically to mild to moderate overpronators. It is adaptable for a range of activities, including 5K and 10K runs, longer training sessions, gym workouts, and general walking. The 'Wide' variant provides additional room in the forefoot, with a snug midfoot fit, and is engineered for optimal performance across varied training regimes and physical activities.
The ASICS GT-2000 series, including the 'Carbon Black Green' GT-2000 13 Wide, has cultivated a significant presence within the running community, implicitly influencing the training regimens of countless athletes. The shoe's design, from its jacquard mesh upper to its AHAR® outsole, reflects a deep understanding of runner's needs, and has become the go-to choice for many. The shoe's widespread adoption reflects its reputation, cementing the GT-2000 series' legacy as a cornerstone of ASICS' commitment to performance.
The 'Carbon Black Green' GT-2000 13 Wide boasts a meticulously engineered upper, constructed primarily of jacquard mesh or engineered mesh, offering a blend of support, comfort, and breathability. The midsole incorporates FF BLAST PLUS cushioning, coupled with PureGEL technology, for lightweight impact absorption and responsive rebound. The outsole is crafted from AHAR® LOW HARDNESS rubber and AHARPLUS™ heel plug rubber, enhancing durability and traction on various road surfaces, with vegan-friendly construction and reflective details, and the sockliner featuring a solution dyeing process.