Ariat
Men's Hilo
MSRP
Product Information
The Ariat Men's Hilo blends comfort with a laid-back, versatile style perfect for nearly any casual occasion. These shoes are exceptionally lightweight, flexible, and breathable, making them an excellent choice for all-day wear, whether you're at a barbecue or by the beach. The easy-on design and ultra-cushy feel mean you’ll reach for them often, enjoying both their effortless style and lasting comfort.
Features
- Open cell cushioning insole for sustained underfoot comfort.
- Lightweight FLX Foam™ sole provides responsive cushioning with each step.
- Elasticized laces for an easy and secure fit.
- Durable canvas or textile upper, depending on the specific style.
- Breathable textile or mesh lining enhances comfort.
- Durable rubber outsole with multidirectional tread for reliable traction.
- Moc toe design.
Specs
- Shaft Height: 3 inches
- Toe Style: Round moc toe
- Outsole: Rubber
- Insole: Open cell cushioning
- Upper Material: Fabric/Canvas/Textile
Ariat
2261 Q Street Northeast Suite 2A
Albuquerque, NM 87110
Product Information
The Ariat Men's Hilo blends comfort with a laid-back, versatile style perfect for nearly any casual occasion. These shoes are exceptionally lightweight, flexible, and breathable, making them an excellent choice for all-day wear, whether you're at a barbecue or by the beach. The easy-on design and ultra-cushy feel mean you’ll reach for them often, enjoying both their effortless style and lasting comfort.
Features
- Open cell cushioning insole for sustained underfoot comfort.
- Lightweight FLX Foam™ sole provides responsive cushioning with each step.
- Elasticized laces for an easy and secure fit.
- Durable canvas or textile upper, depending on the specific style.
- Breathable textile or mesh lining enhances comfort.
- Durable rubber outsole with multidirectional tread for reliable traction.
- Moc toe design.
Specs
- Shaft Height: 3 inches
- Toe Style: Round moc toe
- Outsole: Rubber
- Insole: Open cell cushioning
- Upper Material: Fabric/Canvas/Textile