Shoes Odyssey MODYSS
- Customer pickup,
- Courier
- In detail
- BrandOdyssey
Product description
A well cushioned training shoe that provides excellent forefoot and heel cushioning. The patented WaveSpring® technology is located in both the heel and forefoot for maximum impact absorption and energy return that will not break down over the life of the shoe. The mid-foot is supported by a molded external shank support structure to aid in torsional stability.
Intended use
A mid to high mileage training shoe for the serious runner looking for a performance shoe that provides excellent long term cushioning front and rear combined with a high level of responsiveness.
Runner type
For runners who are looking for maximum full length cushioning that provides exceptional protection against impact shock and fatigue.
Technology
The WaveSpring® cushioning system in the forefoot and heel provide maximum energy efficiency in conjunction with a high level of cushioning that is very responsive for running. The WaveSprings are low profile, light-weight, and are made of stainless steel to resist rust.
Last type
New semi-curved training last with proven fit characteristics.
Lasting method
Strobel lasted construction with EVA sock for additional comfort and durability.
Upper materials
Breathable air mesh top vamp combined with a non-stretch support mesh in the lower vamp provides maximum comfort and fit. A molded TPU heel counter offers increased fit and support. The Spira® logo and heel accents are made of reflected material for safety.
Sockliner
The 5mm molded EVA foot-bed/insole can be removed to accommodate orthotics.
Midsole
A single WaveSpring® in the heel and a dual WaveSpring® configuration in the forefoot, are surrounded by compression molded EVA for superior shock absorption and fatigue reduction. A built in arch shank offers added torsional stability and support.
Outsole
High abrasion rubber at heel strike increases durability. A 3-pod construction process in the forefoot includes flex grooves for quick transition and flexibility through the gait cycle.