Crank Brothers Crankbrothers Mallet Trail Pedals - Dual Sided Clipless Platform Aluminum 9/16" BLK

Crank Brothers Mallet Trail Pedals - Dual Sided Clipless with Platform Aluminum 9/16" Black offer the perfect balance between versatility and performance for trail and gravel riders. Whether you’re navigating technical singletrack or powering through rugged terrain, these pedals provide the stability and control you need to define your ride on your terms. Positioned between the Candy and Mallet E models in the Crank Brothers lineup, the Mallet Trail pedals are engineered to deliver a superior riding experience with a focus on traction, durability, and ease of use.

• Optimized platform size and surface designed specifically for trail and gravel riding, giving you a reliable base without sacrificing agility
• Long 57mm spindle with a wider q-factor enhances shoe clearance and stability at higher speeds, reducing the risk of strikes on uneven terrain
• Integrated traction pad technology allows you to customize and optimize the shoe-to-pedal interface, maximizing grip and comfort
• Two adjustable pins per side provide extra traction exactly where you need it, helping maintain control on loose or slippery surfaces
• Hex alloy endcaps increase durability and protect the pedal body against impacts and wear
• Four-sided entry system combined with superior mud shedding keeps your engagement reliable even in the muddiest conditions
• Adjustable float and release angles enable you to fine-tune your pedal feel for a personalized and confident connection

Designed for riders who demand a blend of clipless efficiency and platform versatility, the Crank Brothers Mallet Trail pedals adapt seamlessly to varying trail conditions and riding styles. Their durable aluminum body and chromoly spindle ensure long-lasting performance, while the Crank Brothers Brass cleat interface guarantees consistent and secure engagement. Ideal for full suspension or rigid mountain bikes, these pedals empower you to push your limits with confidence and precision.