0,00 PLN
NORTHWAVE Razer 2 | buty rowerowe | MTB | Index: 10 | light grey
For privateer mountain bike and cyclo cross racers, gravel grinders and off road adventurers the Scream Plus shoe offers great value and performance. A carbon sole and SLW2 dial makes for a great fit and excellent power transfer.
Cena katologowa: 649PLN
- Triple-density Speedlight 3D sole with a stiffness index of 10.0
- Skin Overlap upper construction provides the perfect snug fit and distributes pressure more efficiently across the foot for superior comfort
- Thermowelded reinforcements for added protection
- SLW2 dial plus - step-by-step and full release in a single button
- 2 asymmetrical straps
- Integrated heel system ensures efficient heel retention
Speedlight 3D Carbon Sole
A full carbon sole, the 3 carbon layers drastically reduce thickness while increasing stiffness. With a stiffness index of 10 transfer of all your full power to the pedals is guaranteed. The AirFlow system of inlet and outlet ports prevents overheating of the sole and therefore the foot itself.
S.L.W 2 Closure System
Maximum precision and usability- the side button offers dual functionality: press the button for micro-metric release, or lift the button to instantly undo the shoe completely.
The ergonomic shape of the ratchet base matches the shape of the foot for added comfort, while the size and minimised weight plus the outer soft-touch covering make it easier and better to grip. It features wires that harness the best technologies used in sailing, and can be easily replaced using the spare parts kit.
Asymmetrical Straps
The asymmetrical strap construction is another Northwave innovation. The central strap is moved to the centre so as to follow the anatomy of the foot and reduce the pressure on the side area, because it's particularly sensitive. The straps have been lightened of all superfluous elements, presenting thinner thicknesses and discharged central areas, thereby maintaining maximum grip.
Integrated Heel System
The new unibody construction of the uppers allows for the integration of an efficient heel retention system inside the structure,without the need of external elements. Same efficiency, reduced weight.