Michelin TB5+ | R Medium Compound | 29/61-15
$572.00
MICHELIN TB5+ 29/61-15 TL X (335/35R15 93W)
Michelin TB5 radial tires come with a serious racing pedigree, their TB tread pattern and W or V speed rating are all business. These tires are an excellent application for restored rally cars, racers and many other performance applications requiring a 13-15" high performance tire. It is a competition tire, but the incredible TB5 is also ECE approved. The TB 5 F is a soft compound tire and the TB 5 R is a medium compound tire. Available in many sizes for European and US autos. TB Course competition tires are tubeless and ECE approved. Michelin is the undisputed leader in tire quality and performance and Michelin Classic TB5 tires are built in the authentic molds exclusively distributed in North America by Coker Tire Company. Please note that some of the larger 15 inch Michelin TB5 sizes are W speed rated.
- Designed for the classic car rallies on dry roads
- Available in 13" and 15"

IMPORTANT GRIP ON DRY AND ABRASIVE ROADS
 New rubber formula providing a quick warm-up and grip on dry and abrasive roads. Available in 2 compounds that will allow for adapting to several condition.
EASE OF HANDLING 
New architecture and new rubber formula allowing the tire to quickly reach the correct operating temperature and thus facilitates steering and confidence.
| Tire Series | TB5+ |
|---|---|
| Brand | Michelin |
| SKU | 447087 |
| Product Size | 335/35R15 93W |
| Tire Construction | Radial |
| Sidewall Style | Blackwall |
| Width Radial | 335 mm |
| Radial Aspect Ratio | 35 |
| Rim Diameter (in) | 15 |
| Overall Diameter (in) | 24.25 |
| Section Width (in) | 13.15 |
| Rim Width (in) | 11.0 - 13.0 |
| Speed Rating | V |
| Tread Compound | R Medium Compound |
Please Note
- Tire mounted on wheel for demonstration purposes only. Wheel and other accessories are not included. Please note that dimensions listed (tread width, section width and overall diameter) are non-scientific and based on an inflated tire, mounted to a wheel. Dimensions may vary due to rim width and inflation pressure.