X
Nike Metcon 9 AMP Men's Workout Shoes
Nike Metcon 9 AMP Men's Workout Shoes
Nike Metcon 9 AMP Men's Workout Shoes
Nike Metcon 9 AMP Men's Workout Shoes
Nike Metcon 9 AMP Men's Workout Shoes

Nike Metcon 9 AMP Men's Workout Shoes (DZ2616-800, Atomic Orange/Ice Peach/Peach Cream/) Size 9

Product ID : 55078102


Galleon Product ID 55078102
UPC / ISBN 196970018401
Shipping Weight 2.09 lbs
I think this is wrong?
Model DZ2616-800
Manufacturer Nike
Shipping Dimension 13.5 x 9.02 x 5 inches
I think this is wrong?
-
8,709

*Price and Stocks may change without prior notice
*Packaging of actual item may differ from photo shown
  • Electrical items MAY be 110 volts.
  • 7 Day Return Policy
  • All products are genuine and original
  • Cash On Delivery/Cash Upon Pickup Available

Pay with

Nike Metcon 9 AMP Men's Workout Shoes Features

  • Style#: DZ2616-800

  • The lace lock system attaches to the shoe tongue, so you don’t have to worry about latching it to any fabric. It helps keep your laces in place, so once you tie up, you can focus solely on your workout.

  • We extended the rubber wrap on the side for durability and support, so that you can scale any kind of rope climb with the same repeated velocity without worrying about wear and tear. It stretches from the midsole to the upper and adds some support in the upper for multidirectional movements.

  • Lightweight, breathable mesh helps keep your foot cool yet sports the kind of durability that can withstand scrapes, slashes and quick-drag movements.

  • Dual-density midsole?firm foam on the outside, soft foam on the inside?provides responsive cushioning for lasting comfort for continuous cardio and movements.


About Nike Metcon 9 AMP Men's Workout Shoes

Description We made the Hyperlift plate in the heel even bigger for stability when getting after tough workouts like split squats, dead lifts and other lower-body exercises. The plate helps force weight down and out while adding rigidity in the heel. That firmness helps you feel grounded and supported, specifically under heavier loads.