Schwalbe Racing Ralph Addix Speed Super Race TLE MTB Tyre

The Schwalbe Racing Ralph Addix Speed Super Race TLE is a very fast rear tyre for cross-country trails both in dry and wet conditions. The low and closely spaced studs on the tread provide excellent traction and acceleration while keeping rolling resistance low. This also makes the Racing Ralph surprisingly quiet. The Addix Speed compound and the Super Race carcass ensure super fast handling, making this tyre very suitable for use in competitions.

The Racing Ralph has been designed to be used as a rear tyre with the Racing Ray as a front tyre.

Addix Speed
The Addix Speed rubber compound can be recognised by the red stripe across the tyre. As this compound for cross-country racers has very low rolling resistance, it will make its rider fly over the trails. And taking this low rolling resistance into consideration, the Addix Speed is very robust and durable.

Super Race
The all-new Super Race carcass is all about one thing, and that's speed. This carcass is the ultimate competition construction for cross-country racers. It goes without saying that it offers unbeatable control and very low rolling resistance, and it also has a RaceGuard puncture protection layer under the tread to prevent punctures without adding weight or sacrificing agility. With its lightweight and supple mix of materials the carcass absorbs shocks like the best of them. As a result, you will always have traction. In short, with the Super Race you know you're equipped to aim at new personal records!

Tubeless Easy
Schwalbe are firmly convinced that tubeless riding is the tyre technology of the future. And so they ensure that all mountain bike tyres bearing the TLE mark are optimized for riding without inner tubes. The construction of the carcass also makes the fitting process easier.

Weight:
• 57-622: 640 grams
• 60-622: 705 grams
These weight indications have been provided by the manufacturer; they may differ from the actual weight when you weigh the tyre yourself at home. This deviation is usually small and is due to variations in the production process.