Moto-master 7075 Racing Mx Sprocket 53t

Upgrade your motocross bike with the Moto-Master 7075 Racing MX Sprocket. This rear drive sprocket delivers exceptional performance and durability, giving you the edge you need on the track. Experience the difference that premium materials and precision engineering can make.

Description

The Moto-Master 7075 Racing MX Sprocket is constructed from aircraft-grade 7075-T6 aluminum, ensuring maximum strength and minimal weight. This superior material provides exceptional durability, withstanding the rigors of intense racing conditions. The CAD-designed and CNC-machined construction guarantees precise fitment and optimal power transfer. Self-cleaning grooves between each tooth prevent mud build-up, maintaining consistent performance in all conditions. The color anodized coating not only adds a stylish blue finish but also enhances the sprocket's resistance to wear and corrosion. With a 53-tooth configuration and a 520 chain size, this sprocket is designed for maximum acceleration and responsiveness. This Moto-Master sprocket is race proven and meticulously crafted in the Netherlands.

Features & highlights

• Crafted from aircraft-grade 7075-T6 aluminum for superior strength and lightweight performance.
• Self-cleaning grooves prevent mud build-up, ensuring consistent power delivery.
• Lightweight design reduces rotational mass for improved acceleration.
• Color anodized coating enhances durability and provides a stylish look.
• Race-proven design delivers optimal strength-to-weight ratio for maximum performance.
• CAD-designed and CNC-machined for precise fitment and performance.
• Proudly made in the Netherlands.

Technical specifications

• Brand: Moto-Master
• Part Number: 12112221
• Product Name: Sprocket
• Mounting Position: Rear
• Chain Size: 520
• Tooth Count: 53
• Material: 7075-T6 Aluminum
• Color/Finish: Blue
• Type: Drive

Important to know

Ensure compatibility with your motorcycle's make and model before installation. Professional installation is recommended for optimal performance and safety.