The championship proven Renthal® Fatbar® continues to set the industry standard in an unbraced tapered mx handlebar. The oversized (1-1/8in | 28.6mm) clamping diameter uses computer aided profiling, tapering down to (7/8in | 22.2mm) to accept standard controls. Engineered from Renthal's exclusive 7010 T6 aluminum, specially formulated to reduce vibration and provide superior strength.
The Renthal MX Fatbar provides that signature flex character desired by many top athletes around the globe and is fitted as OE equipment by Honda, Kawasaki and Suzuki.
The Renthal 609 RC HighFatBar in vibrant orange offers superior durability and control for motocross and off-road riders. Designed with precision, this handlebar provides enhanced strength and flexibility to withstand rugged terrains and aggressive riding styles. Its high-fat design increases comfort and reduces rider fatigue, making it ideal for demanding off-road conditions. Constructed from high-quality materials, the Renthal HighFatBar ensures longevity and consistent performance in every ride. The eye-catching orange finish not only adds a bold look but also improves visibility and style on the trail, making it a popular choice among motorcycle enthusiasts.
Engineered for optimal ergonomics, this handlebar features a comfortable grip width and rise, allowing riders to maintain control and stability during jumps, turns, and high-speed sections. The lightweight yet sturdy construction minimizes weight without sacrificing strength, contributing to improved handling and maneuverability. Whether upgrading your existing setup or building a custom ride, the Renthal 609 RC HighFatBar delivers premium quality, reliability, and a distinctive appearance that enhances both performance and aesthetics on the trail or track.
Features:
- High-fat design for increased comfort and reduced rider fatigue
- Vibrant orange finish for improved visibility and style
- Constructed from durable, high-quality materials for longevity
- Engineered for off-road and motocross applications with optimal ergonomics
- Lightweight yet strong construction for improved handling and maneuverability
