Women's | ASICS Magic Speed 4
New and improved! The updated version of this product is now available.
ASICS Magic Speed 3
Women's
Running
Shoes
View Men's
Features
Supercharge your runs with the ASICS Magic Speed 3.
Designed to give you that extra oomph to help you hit new racing PRs, the Magic Speed 3 has a full-length carbon plate sandwiched between FF BLAST™ PLUS cushioning for a seriously bouncy and energetic ride. The carbon plate gives this running shoe a snappy toe-off and keeps your run smooth and stable during tempo runs or long races.
Not only is this carbon-plated running shoe performance-driven, but it’s eco-friendly too. At least 50% of the shoe’s MOTION WRAP™ upper l is made with recycled materials to reduce waste and carbon emissions. Plus, it’s super breathable for your hardest efforts.
When it’s time for your final kick towards the finish line, the Magic Speed’s ASICSGRIP™ rubber outsole gives you the traction and confidence you need to reach top speeds.
Make your racing dreams a reality with the ASICS Magic Speed 3.
Tech Specs | ASICS Magic Speed 3 |
Drop | 7 mm |
Weight | 6.5 oz (W), 7.7 oz (M) |
Stack Height | Heel: 36 mm / Forefoot: 29 mm (W) Heel: 35 mm / Forefoot: 28 mm (M) |
Category | Neutral, Carbon Plated |
Use | Everyday Training, Speedwork, Racing |
What’s New
ASICS designers increased the stack height and used two layers of their energetic and responsive FF BLAST™ PLUS foam for a softer and more stable run.
Who It’s Best For
The ASICS Magic Speed 3 is best for runners looking for a light, fast and responsive shoe that can be used for racing as well as everyday training. It’s also a great option for those who want a carbon-plated shoe without breaking the bank.
Why You’ll Love It
You will love how propulsive and fast you feel in the ASICS Magic Speed 3.
Sustainability
At least 50% of the shoe’s main upper material is made with recycled materials to reduce waste and carbon emissions. The sockliner is produced with the solution dyeing process that reduces water usage by approximately 33% and carbon emissions by approximately 45% compared to the conventional dyeing technology.
