Asics Gel Cumulus 26 - Herra
ATH - litlar stærðir (mælum með að taka 1/2-1 stærð stærra en vanalega)
Gel Cumulus 26 er nú enn létttari en áður og með enn meiri dempun. Skórinn er með 8mm ,,drop" og hentar bæði vel fyrir hlaup sem og dagsdaglega.
- MIKIL DEMPUN MEÐ PureGEL™ OG SÓLINN ER HANNANÐUR MEÐ FF BLAST™ PLUS FOAM OG FluidRide™ FYRIR AUKIN ÞÆGINDI.
- YFIRBYGGING MJÖG LÉTT MEÐ GÓÐRI ÖNDUN.
- HÆLKAPPI STYÐUR VEL VIÐ.
- 8 MM DROP - ÞYNGD 253 GR.
The GEL-CUMULUS™ 26 running shoe is a great choice if you want a shoe with extra cushioning.Our lightest and most cushioned GEL-CUMULUS™ shoe yet, its comfort will put your mind at ease during your run.
The shoe's PureGEL™ technology improves softness and shock absorption to reduce the impact on your joints. We've updated the midsole design by combining our FF BLAST™ PLUS foam with a FluidRide™ outsole to give you added comfort during your run.
What makes GEL-CUMULUS™ 26 running shoe comfortable?
✔Internalised PureGEL™ technology improves softness and shock absorption to reduce the impact on your joints.
✔More FF BLAST™ PLUS foam creates a softer and more comfortable running experience.
✔FluidRide™ outsole is lightweight and ensures smoother transitions for your added comfort.
What else makes the GEL-CUMULUS™ 26 shoe a great choice?
This shoe is designed with comfort in mind, and we’ve spent hours testing it at our Institute of Sports Science (ISS) in Japan. The GEL-CUMULUS™ 26 running shoe includes additional technical features to support you during your runs, which you’ll find listed under ‘Tech & Features’ below.
Details
Heel Drop
8 mm
Weight
253 g/8.9 oz
Designed For NeutralUnderpronation

Neutral
✔Foot Type
Normal size arches
✔Push Off
There is even distribution from the front of the foot.
✔How your foot contacts the ground
The foot lands on outside of the heel, then rolls inward (pronates) to absorb shock and support body weight.

Underpronation
✔Foot Type
High arches
✔Push Off
The pressure is on smaller toes on outside of foot.
✔How your foot contacts the ground
The outer side of the heel hits the ground at an increased angle with little or no normal pronation, causing a large transmission of shock through the lower leg.