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PLEWS

PLEWS EN1 ENDURO GRAND PRIX Rear Spec B 15mm - 140 / 80 – 18

PLEWS EN1 ENDURO GRAND PRIX Rear Spec B 15mm - 140 / 80 – 18

Precio habitual $ 3,750.00 MXN
Precio habitual Precio de oferta $ 3,750.00 MXN
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PLEWS TYRES

ENDURO GRAND PRIX RANGE

Pattern Name: GRAND PRIX Spec B

Pattern Number: EN1


2026 Generation | Maximum Traction. Ultimate Versatility.

Introducing the EN1 Grand Prix Spec B, the all-new 2026 high-tread evolution of our Grand Prix enduro platform — developed in response to rider demand for more traction, more versatility, and zero compromise when FIM and ACU regulations don’t apply.

Built using Plews Tyres’ latest softer wet-grip compound and next-generation UK-designed carcass construction by Technical Director Ashley Vowles, the Spec B delivers exceptional traction, control, and confidence across the widest possible range of riding conditions.

With an increased 15mm tread depth — compared to the 13mm race-restricted FIM version — the EN1 Grand Prix Spec B offers significantly enhanced bite in mud, soft terrain, rocks, roots, and extreme conditions.

This is the world’s first FIM-style 140/80-18 enduro pattern engineered with higher tread depth — something riders have been asking for, for years. Now delivered.

Key Features: 

  • All-New 2026 Soft Performance Compound
    Purpose-built for superior wet grip, cold condition traction, and all-round performance while maintaining excellent durability.

  • Next-Generation UK-Designed Carcass
    Optimised for improved footprint stability, rider feedback, impact absorption, and traction under aggressive riding loads.

  • 15mm High-Traction Tread Depth
    Delivers increased grip in soft, technical, and extreme terrain — perfect for riders who want maximum performance beyond race restrictions.

  • Tread Design and Tyre Geometry: Engineered for maximum grip and comfort, the EN1 pattern features a meticulously crafted tread design aimed at reducing chipping, chunking, and premature block tearing, ensuring durability and longevity while maintaining optimal performance.

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