Schwalbe Btb Marathon E-Plus Perf 27.5 x 2.00 Black Reflective

Name: Buy the Schwalbe Btb Marathon E-Plus Perf 27.5 x 2.00 Black Reflective | Fatdaddy Europe
SKU: 4026495895750
Price: 51 EUR
Availability: InStock

Smart DualGuard tech slashes punctures and boosts durability on your e-bike, powered by Schwalbe’s Marathon E-Plus Perf for urban dominance

€51

Kostenlose Lieferung ab einem Bestellwert von 50 €
Nach der Lieferung oder monatliche Zahlungen mit Klarna & ALMA
Haben Sie Fragen? Whatsapp uns.

Unleash Maximum Durability and Safety for Your E-Bike Adventures.

Conquer every ride with unmatched puncture protection and superior grip designed specifically for e-bikes. The Schwalbe btb Marathon E-Plus Perf 27.5 x 2.00 combines cutting-edge technology with robust materials to deliver long-lasting performance and enhanced ride stability. Say goodbye to frequent tire changes and hello to effortless, reliable journeys on any terrain.

Key Features

Smart DualGuard technology for ultimate puncture resistance.
TwinSkin sidewall protection for enhanced durability.
ADDIX E compound optimized for e-bike performance and longevity.
Reflective sidewalls for increased visibility and safety in low light.
High EPI count (67 EPI) for a smooth and responsive ride.
Onplatbaar certified for e-bike compatibility and safety standards.

Technical Specifications

Size: 27.5 x 2.00 (50-584)
Model: Marathon E-plus Perf
Protection: Smart DualGuard
Sidewall: TwinSkin 50-584 B/B+RT
Tread: HS498
Compound: ADDIX E
Threads Per Inch (EPI): 67
Weight Category: 34B
Certification: Onplatbaar for E-bikes

Frequently Asked Questions

What makes the Schwalbe Marathon E-Plus Perf ideal for e-bikes?

The tire features Smart DualGuard and ADDIX E compound, specifically engineered to handle the higher speeds and torque of e-bikes while providing superior puncture protection and durability.

Can I use this tire on regular bikes?

Yes, the tire is compatible with regular bikes, but it is optimized for e-bike performance and safety standards, ensuring maximum reliability under electric assistance conditions.