Beige | TRABUCO MAXā¢ Trail Running Shoes
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TRABUCO MAX 5
Women's Trail Running Shoes
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Designed to navigate the trails with ease
ASICS TRABUCO™ MAX is designed for the most technical trail runs, giving you high-performance stability, support, and comfort on diverse and challenging terrains. The right trail running shoes make your off-road runs all the more rewarding.
What type of runner are the TRABUCO™ MAX shoes for?
ASICS TRABUCO™ MAX are lightweight trail running shoes that are great for runners who want to venture off the road. Trail running enthusiasts who seek protective trail running shoes and ultra-runners who encounter various terrain will benefit from the high impact absorption, advanced cushioning, and dynamic stability in the TRABUCO™ MAX shoes.
What are the key features of the ASICS TRABUCO™ MAX shoes?
TRABUCOā¢ MAX is a neutral trail running shoe with advanced features for challenging terrain:
- FF BLAST™ PLUS ECO cushioning is highly responsive, propelling your momentum forward for a dynamic, lightweight feel.
- TRABUCO™ MAX cushioning is at least 20% bio-based for more sustainable, cloud-like comfort.
- The gusseted sand guard keeps debris out.
- The engineered jacquard mesh upper is lightweight, breathable, and made of over 75% recycled polyester.
- GUIDESOLE® technology eases and supports the forward roll of your foot to save energy during your run.
- These are grippy trail running shoes that feature the HYBRID ASICSGRIP™ outsole to give you confidence through every step, plus high durability.
How have the newest TRABUCO™ MAX shoes improved on the previous model?
Our design philosophy around continuous improvement is behind the ongoing innovation and industry-leading TRABUCO™ MAX technology advances. From the engineered jacquard mesh upper that is lighter and more breathable, to the strategically designed outsole with advanced grip, the new generation brings improvements to every run. Our commitment to sustainability shines through with advanced materials that include significant amounts of recycled material.