PLEASE NOTE: Stock will go live shortly! We still need to sand blast the backings so they are ready to assemble. We know some of you have been waiting a little while for these, and we will do our best to make some stock available before we close for the Malverns Classic from the 20th of August.
TNN V-Brake pads are now made in the UK, and available in 3 compounds, the tradtional ADV as well as the yellow, and red compounds as used on BTM and CGM complete HS TNN pads!
- 3 compounds to choose from to suit any riding style and set up!
- Backings now fully made in the UK!
- Top of the range V-brake pads TNN Engineering, made right here in the UK
- Available in 3 different compounds:
ADV - The original compound developed by Andrew Dickey, and tested by former Tarty Team riders Andrew Cap, and Stand Shaw, (seen here in his hugely popular Black Bike video). Ideally suited to medium or harsh grinds.
CGV - The same red compound as used in the HS version of our TNN pads. A favourite of Ben, and well suited to medium grinds.
BTV - The same yellow compound as using the HS version of our TNN pads. A softer compound that is ideal for light, sharp grinds, or smooth rims.
- To get the most out of your v-brake set up, we also recommend using Tarty Bikes Rim Rosin which will improve the bite and hold of any of the TNN compounds!
- Featuring CNC backings that mimmick the hugely popular TNN HS33 brake pads which are now machined right here, in the UK. The UK made backings retain the clever post mounting system that's significantly lower profile than competitor's models. Integrated dome washer also reduces the pad's overall depth and makes setup easier.
- Threaded post is made from a 12.9 grade (the highest possible) steel bolt machined to fit the backings resulting in a stronger, longer-lasting post when compared to competitor's products that are simply machined from lower grade steel.
- CNC backings mean once you've bought the complete pad setup, you then only need to purchase refills when the material wears out providing great long-term value.