Showing 1–12 of 25 results
ASICS FuzeX Rush
For the athlete looking for a versatile performance shoe, the fuzeX™ Rush shoe features fuzeGEL™ technology from heel to toe to provide responsive cushioning for any type of impact on a range of training and running surfaces. Weight: 8.9 oz. Heel Height: 19mm. Forefoot Height: 11mm.
ASICS GT-3000 5
With the correct running shoes, created with stability and distance in mind, each stride on long runs is easier, smoother and more comfortable and the updated features in the GT-3000 5 for men offer all of this as you take to the road on long runs at a medium or low pace. The GT-3000 5 is lightweight road running shoe designed for late-stage overpronators – runners whose feet continue to roll inwards even as they’re pushing off, providing the support you need with stabilizing tech that runs all the way to the forefoot.
ASICS GEL-Nimbus 19
The GEL-Nimbus® 19 shoe features our revolutionary FlyteFoam™ Technology, for optimal comfort and a responsive ride for the neutral runner. A gradient jacquard-mesh upper is strategically tightened or loosened in zones to allow the foot’s natural motion. 3D printed overlays provide seamless support to the upper.
ASICS GEL-FujiAttack 5
Get ready to attack even the toughest trails in the newly updated Men’s ASICS® GEL-FujiAttack™ 5. Be ready for whatever Mother Nature dishes out in this rugged trail shoe that weighs in at over an ounce lighter than its predecessor and features an aggressive Trail-Specific Outsole and Rock Protection Plate. You’ll get a more adaptive, secure and comfortable fit thanks to the new unique Discrete Eyelet construction in the upper, and keeping your footing will be a breeze with the GEL-FujiAttack™ 5’s as-awesome-as-ever underfoot trac
Asics GT-2000 5
For the higher mileage runner looking for structured cushioning and support, the GT-2000™ 5 shoe features a FluidRide® midsole for exceptional bounce-back and cushioning. An added stitch-down toecap enhances durability and forefoot support.
ASICS GEL-Kayano 23
Engineered for ultra-responsive cushioning, the ASICS GEL-Kayano 23 is an intuitive support trainer built on the Dynamic DuoMax support system, which enhances overall heel and ankle stability and provides critical underfoot support for longer runs. Whether tearing up the track or hitting the pavement, the FluidRide midsole delivers maximum energy return for a high-energy, high-rebound ride.
ASICS GT 1000 5
Hit the roads running with the ASICS GT 1000 5. Utilizing a soft SPEVA midsole paired with a Duomax support system, the 1000 5 is a cushioned moderate support trainer built to meet your daily training needs. The use of an Impact Guidance System gives the shoe a smooth and balanced ride and an engineered mesh upper keeps weight at a minimum.
The ASICS Dynaflyte is built with Flytefoam to deliver light weight and resilient cushioning. Thus, the shoe delivers enough performance for tempo runs and outstanding cushioning for daily use.
ASICS GT-1000 5
Convergence GEL® Technology provides two points of engineered support by replicating the fatty tissue of your foot. Combine that with the new engineered mesh upper for increased breathability and support, the GT-1000™ 5 shoe has the performance and stability of its predecessor with the latest in stability technology, and did we mention it’s 0.5 ounces lighter this year.
ASICS GEL-Hyper Speed 7
The GEL-Hyper Speed™ is back at the races with a lighter and more responsive ride. The updated Guidance Line™ delivers an even smoother ride while the Perforated Sockliner optimizes moisture drainage, allowing your feet to stay dry and comfortable. Its versatility in both speed-training and during races makes the GEL-Hyper Speed® 7 an ideal choice for elite athletes.
ASICS GEL-Cumulus 18
Eighteen years in the making, the legacy of ASICS hallowed GEL-Cumulus® 18 shoe now features Convergence GEL® Technology. For improved comfort and an unprecedented ride, our rearfoot GEL® Cushioning Technology is placed closer to the foot to replicate the comfort of your foot’s natural tissue, increasing function and shock dissipation.