Saucony Running Shoes - Ride ISO 2 - Mens

Spend $100+ Get Free Express Shipping

Official Australian Stock

Fast Shipping!

Saucony Running Shoes - Ride ISO 2 - Mens

$139.30 $199.00

Product Details For those who crave reliable comfort on any run, the Ride ISO 2 paves the way to smooth miles by delivering the best balance of cushioning and a highly-adaptable fit. The feel-good cushioning combo of PWRFOAM with an EVERUN topsole give this neutral running shoe just the right...

Qty

Product Details

For those who crave reliable comfort on any run, the Ride ISO 2 paves the way to smooth miles by delivering the best balance of cushioning and a highly-adaptable fit. The feel-good cushioning combo of PWRFOAM with an EVERUN topsole give this neutral running shoe just the right softness that's responsive enough to tackle high mileage.

Overview

Successor to the Ride ISO
EVERUN^TM Topsole construction for enhanced energy return and continuous cushioning throughout the run
PWRFOAM midsole
Updated ISOFIT and all new FORMFIT technologies create a dynamic fit system by adapting to the shape and motion of the runner’s foot
Double jacquard mesh toebox provides structure or stretch where needed and enhances breathability
Improved heel grab and lockdown
Helpful for runners who suffer from underpronation, also known as supination. Check out this article about pronation to learn more

Specs

Shoe Category: Neutral
Pronation: Neutral
Cushion: Moderate
Construction Type: Neutral
Surface: Road, Track
Arch: Normal (Mid)
Water Resistant: No
Waterproof: No
Offset: 8mm
Weight: 8.8 oz. | 249 g.
Technology

8MM

Cushioning is distributed more evenly between the heel and forefoot in shoes with an 8mm offset. The result? Your body stays in a more balanced and comfortable position with every foot strike.

EVERUN

A breakthrough in cushioning. Livelier and more responsive, with smoother landings and stronger takeoff.

ISOFIT

Revolutionary fit system that morphs to the foot for a custom feel.

TRI-FLEX

Increases force dispersion over a greater surface area while also delivering optimal flexibility and traction.