The Trivio RACE chainring bolts are made of high quality aluminum. They can be attached through a 5mm Allen key. Replace and reassemble your chainrings quickly and easily with these quality bolts. The entire set weighs 27g. The bolts have a diameter of 9.9mm and are available in 4.05mm or 7.05mm lengths. Colour versions are silver, red or black.
Set of 4 chainring bolts with attachments for seamless transition between the Trivio chainrings and Shimano cranksets. These bolts are suitable for Trivio 4 arm chainrings for double or compact cranksets.
The Trivio RACE chainring bolts are made of high quality aluminum. They can be attached through a 5mm Allen key. Replace and reassemble your chainrings quickly and easily with these quality bolts. The entire set weighs 19g. The bolts have a diameter of 9.9mm and are available in 4.05mm or 7.05mm lengths. Colour versions are silver, red or black.
The Trivio MTB chainring bolts are made of high quality aluminum. They can be attached with a 5mm Allen key. Replace and reassemble your bike chainrings quickly and easily with these quality bolts. The full set, for triple crankset weighs 37g.
The Trivio RACE chainring bolts are made of high quality aluminum. They can be attached through a 5mm Allen key. Replace and reassemble your chainrings quickly and easily with these quality bolts. The entire set weighs 27g. The bolts have a diameter of 9.9mm and are available in 4.05mm or 7.05mm lengths. Colour versions are silver, red or black.
Potenza’s 4 arm spider design makes for one single crankarm for all chainring options thanks to its unified bolt pattern which allows for all 3 chainring standards 53/39, 52/36 and 50/34 to be built upon the same crankset. Changing between compact and standard with the Potenza groupset is as easy as changing 8 bolts and two chainrings. While the 4-arm bolt pattern offers advantages in terms of practicality, the Campy Tech Lab designed it primarily with performance characteristics in mind. The 8 bolt pattern with a spider arm design that not only holds the chainring in place by way of the bolt but also supports the chainring and in doing so, increases system rigidity to the point of surpassing its direct competitors in laboratory tests.
