Schwalbe Magic Mary MTB Tyre 29x2.60 (65-622) ADDIX Super Gravity

Product Description

Product features

• Versatile MTB tyre Schwalbe Magic Mary 29x2.60 (65-622) designed for downhill, enduro and technical tracks
• Available in several ADDIX compounds (Ultra Soft, Soft, Speedgrip) and specific constructions (Downhill, Super Gravity, Tubeless Easy, Bikepark)
• Aggressive tread with solid shoulder blocks and V-shaped grooves for maximum traction and excellent corner grip
• Robust casing with Apex options for improved puncture resistance and enhanced lateral stability
• SnakeSkin / Super Gravity construction and e-bike compatibility, weight between 1000 and 1200 g

Profile and grip

The intermediate, carefully refined profile combines angled central lugs with open shoulder patterns to offer an optimal compromise between fast rolling and corner bite. The new V-grooves increase the contact of each lug for reliable behaviour even on muddy ground.

Compounds and constructions

Depending on use, the Magic Mary comes in several versions: ADDIX Ultra Soft for very grippy downhill use, ADDIX Soft for Super Gravity providing dynamism and lateral strength, and ADDIX Speedgrip on some sizes for versatile trail/traction performance. Constructions range from double-layer reinforced casings (Downhill) to the Tubeless Easy version for tubeless mounting.

Robustness and protection

The construction includes Apex options and a particularly robust (double-layer) casing to reduce punctures and improve lateral stability under heavy loads, making it a suitable choice for bikepark and demanding enduro/DH use.

Technical characteristics and compatibility

Tyre ETRTO 65-622 (29x2.60"), folding bead, e-bike compatible, without reflective areas and without integrated anti-puncture system. Indicative weight: between 1000 and 1200 g depending on version and construction.

Recommended use

Designed for riders seeking the ultimate gravity tyre: DH, enduro, bikepark and technical trails. Ideal for muddy and demanding terrain thanks to its aggressive design and grippy compounds.