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ALPINESTARS Stella SMX-6 V3 Boots - Black/White - US 6.5/EU 40 2223125-12-40
ALPINESTARS Stella SMX-6 V3 Boots - Black/White - US 6.5/EU 40 2223125-12-40
通常価格
$284.95 USD
通常価格
$284.95 USD
セール価格
$284.95 USD
単価
/
あたり
配送料はチェックアウト時に計算されます。
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- Anatomically engineered for an optimized female specific fit, and packed with a host of innovative safety and protective features
- Stella SMX-6 v3 is the ultimate track and performance riding all-rounder, and incorporates race-derived technology and materials to give riders a crucial performance edge on the track, and street
- Female dedicated fit for optimum comfort
- Advanced microfiber upper construction for lightweight high performance protection against abrasion and superb levels of flexibility
- Front flex and back flexion zones are constructed with textile over-injected with a soft Thermoplastic Polyurethane (TPU) for enhanced impact abrasion while also promoting a natural forwards and backwards movement
- Alpinestars unique ankle brace protection system provides a bio-mechanical support and protection between lateral top calf, shin and ankle, for superior ankle articulation, while also limiting hyper-torsion, hyper-extension and hyper-flexion, as well as providing Achilles and ankle impact protection
- Alpinestars Lace-Lock System is constructed from an advanced polymer resin for a guaranteed quick, precise and secure closure
- Equipped with TPU shifter zone for superior protection on the lower medial side
- Strategically positioned, race-derived TPU shin plate protector delivers superior impact and abrasion resistance
- Dual density TPU ankle protectors are strategically positioned between the upper and padded lining to provide the strategic protection in key areas
- Replaceable, dual density TPU toe slider with screw-in assembly provides comprehensive protective coverage around the outer toe area while still being supremely flexible for walking comfort
- Replaceable heel slider and external side heel slider are strategically positioned for optimum shock dissipation and absorption, while promoting sliding in the event of an accident
