Spiuk Top Ten Antiabrasion Bib Pants Black 3XL Cycling Short and pants
Top Ten abrasion-resistant pants will protect you from the cold... and now also in the event of a fall.Top Ten pants are warm and comfortable. A staple for autumn to spring riding. On cool, wet days when the asphalt can play tricks on you. So extra protection never hurts. Therefore, we have reinforced the sides with Dyneema® fibres, which are 15...
Spiuk Top Ten Antiabrasion Bib Pants Black 3XL Cycling Short and pants
Top Ten abrasion-resistant pants will protect you from the cold... and now also in the event of a fall.
Top Ten pants are warm and comfortable. A staple for autumn to spring riding. On cool, wet days when the asphalt can play tricks on you. So extra protection never hurts. Therefore, we have reinforced the sides with Dyneema® fibres, which are 15 times stronger than steel, the most abrasion-resistant in the world. In the event of a fall, your pride is the only thing that should be bruised.
CHARACTERISTICS
Cycling bib pants that improve active and passive safety
Designed for both road and mountain cycling during the coldest months
450 pad optimised for rides lasting up to 4,5 hours
High abrasion resistant Dyneema® panels minimise fall damage
Includes large reflective elements for greater visibility
TECHNOLOGIES
ErgodryWarm®
Optimised fabric for sports activities in cold climates. Its bi-elastic composition possesses an extraordinary recovery ability and it does not deform with intensive use. Provides optimum compression for different muscle groups, whilst enabling correct blood circulation. Its internal brushed finish ensures unbeatable thermal stability and insulation.
Pad
Optimized chamois pad for riding up to 4.5 hours
Suitable for road as well as mountain biking
Multi-layer double-density foam and 3D sculpted open cell structure
Micro-polished low friction fabric
Dyneema®
Dyneema® is a fibre 15 times stronger than steel but also very light. It increases fabrics’ resistance to impact, cutting and abrasion, providing excellent protection against possible falls.