27 Color Options
The wine has aged well, but it still doesn't compare to the New Balance 2002. They first came out in 2010 as a successor to the 2001 model, after which they took on many functional elements that were enhanced in the final version with a gel component on the heel, a more breathable upper and an overall more sporty look. Initial sales were not indicative of what was to come with the New Balance 2002R. But as the end of the decade approached, the dad shoe trend began to grow, and it's safe to say the rest is history.
The "R" was added to the 2002 number, definitively confirming the transition from performance to lifestyle, in which the sneaker excels, especially with its high comfort and great materials both outside and inside the shoe. We owe the look that is a symbol of the 20s urban sneaker to the creative director of NB Japanese division named Tetsuya Shono, who redefined the American streetwear aesthetic into a trend that currently rules the sidewalks. So get your sceptre and wear the New Balance 2002R.
GORE-TEX®: GORE-TEX® membrane is known for its ability to provide waterproof, windproof and breathable performance. This technology utilizes microscopic pores that are small enough to prevent water from penetrating, yet large enough to allow body moisture to escape, ensuring wearing comfort.
Suede: leather cut from the back, while the fibers remain on the surface, suede is less prone to damage than nubuck.
Textile
Regular D
N-ergy cushioning: N-ergy cushioning is a technology developed by New Balance. It uses a responsive thermoplastic gel that provides excellent shock absorption and a flexible return, making it ideal for sports activities. Unlike traditional foam-based cushioning, N-ergy does not contain air cells, allowing for a quick return to its original state after compression. This technology provides a smooth transition from heel to midfoot and helps distribute shock effectively.
Ndurance®: Technology combines carbon fiber with rubber in the heel of the outsole for maximum durability and wear resistance.