New Balance 998 Made in USA ‘Brown Teal’ M998AWA

Product Description:
Introducing the New Balance 998 Made in USA ‘Brown Teal’ M998AWA, a classic sneaker that embodies both style and functionality. This premium sneaker is part of New Balance’s renowned Made in USA collection, ensuring exceptional craftsmanship and top-quality materials.

Features:
The New Balance 998 Made in USA ‘Brown Teal’ M998AWA is designed to provide ultimate comfort and support for your feet. With a combination of suede and mesh upper, this sneaker offers a perfect blend of durability and breathability. The beautiful brown and teal color scheme adds a touch of sophistication to your outfit, making it suitable for both casual and semi-formal occasions.

Equipped with New Balance’s signature ABZORB cushioning technology, the M998AWA guarantees superior shock absorption, reducing impact during each stride. This feature not only enhances comfort but also prevents fatigue, ensuring you can wear these shoes all day long without any discomfort.

Specifications:
The New Balance 998 Made in USA ‘Brown Teal’ M998AWA is designed with attention to detail, ensuring a perfect fit and excellent performance. It features a lace-up closure system that allows you to adjust the tightness according to your preference.

The rubber outsole offers excellent traction, providing stability and preventing slips on various surfaces. It is designed to withstand wear and tear, ensuring long-lasting durability. The sneaker also features the iconic New Balance “N” logo on both sides, representing the brand’s commitment to quality craftsmanship.

With its timeless design and superior construction, the New Balance 998 Made in USA ‘Brown Teal’ M998AWA is the perfect choice for sneaker enthusiasts who seek both style and comfort. Whether you’re running errands, hitting the gym, or simply enjoying a casual day out, these sneakers will elevate your look while providing excellent support for your feet. Don’t miss out on this classic sneaker that embodies the perfect blend of style and functionality.