NORTHWAVE TRIBUTE 2 CARBON Triathlon Shoes

NORTHWAVE TRIBUTE 2 CARBON Triathlon Shoes

Weighing just 299g, these highly ventilated triathlon shoes feature an ultra-stiff carbon sole (12/15). A heel loop allows for easy attachment to your bike. Large Velcro straps ensure quick entry while providing uncompromising foot retention. A heel reinforcement protects the shoes from dragging when running alongside your bike in the transition area. These shoes are compatible with both 4-bolt SPEEDPLAY and 3-bolt cleat systems for all major road pedal manufacturers.

The high-performance Northwave Tribute 2 Carbon Triathlon Shoes ensure all your training pays off when racing, delivering smooth power transfer, a quick transition and on the bike comfort for your feet.

The swim leg has gone well, and now it´s time to maximise the two-wheeled phase of your triathlon - slip on the Tribute 2 Carbon Triathlon Shoes and you´ll enjoy an optimal pedalling performance. The Morph Carbon 12 AAS sole unit provides flex-free power transfer to get you quickly up to speed and wastes no energy as you settle intο your race. An exclusive Anatomical Arch Support® gives the Tribute shoe the perfect shape, regardless of foot shape, ensuring complete comfort on the bike, whether it´s Sprint, Olympic or Ironman distances to cover.

To the upper, the two-strap closure system makes transitions a quick, fuss-free affair and at the same time delivers easy customisation of the fit. These straps form part of the Biomap unibody upper, wrapping the foot snugly for outstanding comfort. The ultralight microfiber upper is designed specifically for the demands of triathlon, letting your feet dry rapidly as you ride.

Features:

• Morph Carbon 12 AAS sole with full-carbon insert in the pedal area.
• Stiffness index of 12.0 out of 15.0.
• Biomap unibody upper made of ultralight microfiber specific.
• 2 straps with upper hook and loop for side locking.
• Exclusive Anatomical Arch Support® made of TPU.
• Speedplay adapter compatible (not supplied).
• 3-Bolt cleat compatible.