ASICS is on the mission to create a better-than-ever before marathon racing shoe. Named after Paris Olympic 2024, the Metaspeed Paris makes it to the top lightest carbon plated shoe in its class and gets a significant update in the FF Turbo+ foam, which is softer and bouncier! ASICS designed this shoe with two different running styles in mind, giving you the option to run in the style that feels most comfortable.
The Metaspeed Edge Paris is designed for 'cadence' runners who increase their speed by increasing the legs turnover, i.e. number of steps taken per minute. The carbon plate is angled in a spoon-shaped geometry and positioned lower in the shoe, providing an aggressive forward propulsion and for higher legs turnover. The forefoot also gets a 3mm increase in stack height for more cushioning, resulting in 5mm heel drop.
The new Motionwrap 2.0 upper is even more breathable and flexible for increased comfort and security. The updated ASICSGRIP outsole maintains superior traction with a lower density and weight.
What's New?
- 3mm increase in forefoot cushion height and 5mm heel to toe drop (as oppose to previous 8mm)
- Incredibly light in weight at 185g, 10% reduction from previous version
- New FF Turbo+ cushion is both softer and bouncier
- Updated carbon plate in a more aggressive spoon-shape and positioned lower
- New Motionwrap 2.0 upper is more breathable and flexible
Product Number: 1013A124-401
Support Type: Neutral
Weight: 185g (Unisex US 9)
Heel to Toe Drop: 5mm (39.5mm/34.5mm)
Width: Standard
Best for: Road Racing, 5k, 10k, Half, Marathon
UPPER
-
MOTION WRAP 2.0 upper is more breathable and flexible, offering a more secure comfortable fit
-
At least 50% of the shoe's main upper material is made with recycled content to reduce waste and carbon emissions
-
The sockliner is produced with the solution dyeing process that reduces water usage by approx. 33% and carbon emissions by approx. 45% compared to the conventional dyeing technology
MIDSOLE
OUTSOLE
- ASICSGRIP outsole rubber offers excellent grip and durability
