Dainese-Pro-Shape-protector-pants-short

Dainese-UNDERWEAR-PRO-SHAPE-SHORT-protective-underwear-shorts-With-padded-thigh-and-hip-inserts-they-offer-extreme-comfort-Incomparable-comfort-for-this-special-underwear-short-equipped-with-padded-inserts-on-the-coccix-and-thigh-areas-The-elastic-silicon-band-positioned-on-the-thighs-keeps-the-underwear-short-in-position-while-the-elastic-Jersey-Holl-ensures-optimal-comfort-during-sporting-activities-Material-Pro-Shape-and-Crash-Absorb-reg-paddings-on-the-coccyx-and-thigh-areas-Performance-shock-Removable-coccyx-protector-Ergonomics-Elastic-inserts-Temperature-adjustment-Perforated-Pro-shape-Breathable-Jersey-Holl-Pro-Shape-and-Crash-Absorb-reg-paddings-on-the-coccyx-and-thigh-areas-Constant-technological-research-and-study-for-the-ideal-ergonomics-have-led-to-the-development-of-a-new-generation-of-protectors-certified-to-EN-1621-1-Standard-capable-of-combining-a-high-level-of-protection-for-compliance-to-the-Standard-with-extreme-flexibility-and-incomparable-comfort-A-sandwich-composed-of-an-outer-layer-in-polymer-with-the-highest-shock-absorption-capacity-and-remarkable-elasticity-is-bonded-to-an-inner-layer-of-polyethylene-foam-of-the-highest-thickness-to-create-an-extremely-flexible-and-deformable-structure-that-also-vaunts-high-shape-retention-for-adaptation-to-the-shapes-of-the-body-in-order-to-ensure-excellent-ergonomics-able-to-follow-the-body-in-even-its-smallest-movements-The-perforated-structure-also-ensures-the-correct-ventilation-of-the-area-for-greater-riding-comfort-Elastic-inserts-Elasticated-inserts-positioned-in-the-most-strategic-locations-improve-the-garment-rsquo-s-capacity-for-adaptation-to-the-body-rsquo-s-changing-shape-and-movement-during-riding-Perforated-Pro-shape-Constant-technological-research-and-study-for-the-ideal-ergonomics-have-led-to-the-development-of-a-new-generation-of-protectors-certified-to-EN-1621-1-Standard-capable-of-combining-a-high-level-of-protection-for-compliance-to-the-Standard-with-extreme-flexibility-and-incomparable-comfort-A-sandwich-composed-of-an-outer-layer-in-polymer-with-the-highest-shock-absorption-capacity-and-remarkable-elasticity-is-bonded-to-an-inner-layer-of-polyethylene-foam-of-the-highest-thickness-to-create-an-extremely-flexible-and-deformable-structure-that-also-vaunts-high-shape-retention-for-adaptation-to-the-shapes-of-the-body-in-order-to-ensure-excellent-ergonomics-able-to-follow-the-body-in-even-its-smallest-movements-The-perforated-structure-also-ensures-the-correct-ventilation-of-the-area-for-greater-riding-comfort