Wolf Tooth 96 BCD Chainring for Shimano
The Wolf Tooth Elliptical 96 BCD Chainring for Shimano is not only beautifully machined and lightweight but utilises a patented wide-narrow design that is perfectly suited to 1x setups – dropped chains are a thing of the past. Unlock your dream drivetrain configuration and satisfy your inner tweaker.
Bred from ice-cold Minneapolis winters and explicitly designed to work perfectly on anything from an MTB to a road bike, this Wolf Tooth 96 BCD Chainring means more time riding and less time fumbling with dropped chains.
In line with Wolf Tooth’s guiding ethos of providing unrivalled design innovation, reliability and durability, this chainring employs a patented Drop-Stop® wide-narrow tooth profile which not only keeps the chain securely in place on single chainring setups but dislodges mud, dirt and excess precipitation more efficiently. For additional security in extreme conditions, this chainring is best used with a clutch-type rear derailleur.
Synonymous with ultra-high-end custom builds and stalwart steeds alike, Wolf Tooth chainrings are machined entirely in-house at Wolf Tooth’s HQ in Minnesota, USA. The anodised finish and machined lettering that adorn every chainring bear the hallmark of master craftsmanship.
Key Features
- Patented Drop-Stop® wide-narrow tooth profile for minimised dropped chains
- Perfect for 1x setups
- Machined in-house at Wolf Tooth’s HQ in Minnesota, USA
- Beautiful anodised finish
Compatibility
- You will not use the stock bolt caps when mounting this ring. The stock bolts will thread into the chainring’s standoffs from the outside of the crankset
- Wolf Tooth’s patented Drop-Stop® wide/narrow tooth profile for the ultimate chain retention and mud shedding ability
- For 1×9, 1×10, 1×11 and 1×12 drivetrains (including SRAM Eagle):
- Compatible with all 10, 11, and 12-speed chains except Shimano 12-speed chains
- If using a 9-speed drivetrain use a 10-speed chain (shifts and works well on a 9-speed drivetrain and fits the ring tighter for better chain retention
