Renthal

Frequently Asked Questions

• What sets Renthal handlebars and stems apart for mountain biking?

  Renthal handlebars are built around market-leading bend profiles and tailored widths/rises to match modern DH, enduro, and trail geometries, giving predictable leverage and steering feel. Stems are precision-machined for concentric clamping and controlled stiffness, and many components use high-strength alloys to balance weight and impact resistance.
• How do Renthal Lock-On grips and Revo pedals improve traction and durability?

  Lock-On grips feature permanently integrated collars and multiple compound/pattern options for consistent contact and long service life under heavy use. The Revo pedal family (Revo-DHC and Revo-TRC clip pedals; Revo-F flat pedals) combines ride-tuned externals with sealed bearings and patent-pending internals on the Revo-F to balance grip, durability, and impact resistance.
• Are Renthal chainrings compatible with modern drivetrains, and what makes their tooth profiles special?

  Renthal chainrings are manufactured with high-precision tooth profiles and concentric machining to optimize chain engagement, shifting consistency, and power transfer on modern single-ring drivetrains. Their use of tight tolerances and high-strength materials reduces wear and helps maintain consistent chain retention across rough terrain; use Renthal’s FitMyBike compatibility tools to confirm bike-specific fit.
• What is Renthal’s heritage and why do pro riders choose their parts?

  Headquartered in Manchester since the 1970s with origins in trials riding, Renthal has grown a reputation for race-focused engineering and relentless testing across motocross and mountain biking. That pedigree—evidenced by extensive championship success and long-term OEM involvement—reflects a focus on materials like 7075 T6 aluminum and precision manufacturing that pros rely on.
• Where are Renthal products designed and how does the brand ensure quality and longevity?

  Design and engineering are rooted in Manchester, emphasizing precision machining, stringent tolerances, and component-level testing to control fatigue and impact performance. Combined with material choices (7075 T6 aluminum and advanced composites), tight fit/finish standards, and careful tooth-profile and clamp design, this approach prioritizes long-term on-trail durability and consistent feel.