Price: $71.95
(as of Apr 27, 2025 20:12:12 UTC – Details)

Loose ground specialist Twisted, linear shoulder studs with support structure for high stability, even when driving aggressively tight, fast curves. These allow a high mechanical grip especially on loose surfaces. Open profile design for perfect interaction on loose textures. For good self-cleaning in wet and wet conditions. The pronounced centre studs are equipped with steep slopes to achieve mechanical grip through the interaction between the profile and the surface. This gives you reliable grip on unpaved and mixed surfaces. Note: please always check the correct tyre size using the ETRTO designation in the technical data. The customs name may or historically include several different tyre sizes.
Continental Argotal 29 x 2.6 [Trail Casing] Foldable MTB Mountain Bike Tire – Black
Trail: Comparable performance to the Enduro casing tailored for trail use cases
Our carcass construction is robust and impervious against damage and penetration from foreign objects. The result: versatile, low weight and an attractive design. In addition, tires made using this technology can also be used as Tubeless or with an inner tube. We recommend the usage of our Revo-Sealant.
Suitable for E-Bikes For our E-Bike tyre we fall back on over 100 years’ experience with moped and motorcycle tires. All of our city/trekking tires are rated to a standard speed of at least 25 km/h. Those tires marked e50 are also certified for S-Pedelecs. With their high quality structure, puncture protection is high and the rolling resistance is low offering protection from premature wear brought about by the additional driving force.
Suitable for E-Bikes For our E-Bike tyre we fall back on over 100 years’ experience with moped and motorcycle tires. All of our city/trekking tires are rated to a standard speed of at least 25 km/h. Those tires marked e50 are also certified for S-Pedelecs. With their high quality structure, puncture protection is high and the rolling resistance is low offering protection from premature wear brought about by the additional driving force.