Women's Noosa Tri 16
Couldn't load pickup availability
Check In-store Availability
Check In-store Availability
Highlights
Highlights
Ultra-light FF BLAST™ PLUS midsole
Smooth full-ground contact design
ASICSGRIP™ outsole rubber






Returns and Exchanges Policy
We want you to be 100% satisfied with every purchase, every time. Take 30 days to get out there and get moving. If your purchase is not making moving better and easier, return or exchange it.
Quick reference:
-
New and unworn products are eligible for returns or exchanges within 30 days of purchase in-store or online.
-
Used and worn product can be exchanged or given in-store or online credit within 30 days of purchase. Exclusions apply, please see below.
-
Carbon-plated footwear must be returned in new condition and original, undamaged packaging to be eligible for exchange or refund.
Exclusions:
-
Consumed/opened nutrition.
-
Items marked final Sale
-
Electronics are eligible for refund or exchange only if it is returned unopened, in its original packaging.
Our easy Returns Center is set up to automate your return and provide a pre-paid label.
Details
The NOOSA TRI™ 16 shoe is designed to help create an energetic toe-off and advanced energy savings.
Bold colors and patterns are met with a breathable mesh upper to help keep your feet cool and comfortable.
The midsole includes a FF BLAST™ PLUS cushioning unit that helps create lightweight and soft impact absorption underfoot.
1012B675-500
- Energized cushioning: Lightweight FF BLAST™ PLUS midsole delivers softer and more energetic toe-off
- GUIDESOLE™ technology helps create smooth toe-offs and advanced energy savings
- The lightweight, breathable upper delivers more flexibility and an adaptive fit
- Better traction: ASICSGRIP™ outsole rubber provides advanced grip over various terrain
- Weight: 6.5 oz / 185 g
- Heel to toe drop: 5mm
- Stack heights: 33.5mm heel / 28.5mm forefoot
- Support: Neutral
- Cushion: Regular
The sockliner is produced with a solution dyeing process that reduces water usage by approximately 33% and carbon emissions by approximately 45% compared to the conventional dyeing technology