Vendeur: GOOFIT

Front and Rear Disc Brake Caliper Set for 43cc 47cc 49cc 50cc 2-Stroke Pocket Bikes

7,24 €11,17 €35% OFF
Type: Front
Quantité

Détails du produit

Product Overview

Upgrade your stopping power with this Dual Disc Brake Caliper Set, specifically engineered for high-performance mini bikes and pocket racers. This set provides a complete braking overhaul, featuring front and rear calipers designed to deliver aggressive clamping force and shorter braking distances. Whether you're navigating a backyard track or competing in pocket bike races, these calipers provide the safety, durability, and weight savings needed to stay ahead of the pack.

Product Compatibility

Vehicle Type Common Models Engine Type
Pocket Bikes Cagllari, Daytona, GP Grand Prix 43cc, 47cc, 49cc, 50cc
Mini Bikes Motovox MBX10, MBX11 2-Stroke & Small 4-Stroke
Electric Bikes Razor MX500, MX650 Dirt Rocket Series
Scooters X-Treme, Boreem, Puzey Gas & Electric Models

Specifications

Feature Details
Position Front and Rear (Full Set)
Compatibility 43cc–50cc 2-Stroke Engines
Material High-Strength Anti-Corrosion Alloy
System Type Mechanical Disc Brake
Weight Optimized Lightweight Design

Key Features

  • Dual Caliper Performance: Includes both front and rear calipers to provide a balanced, powerful braking system that significantly enhances rider safety and control.
  • Lightweight Handling: Engineered to be as light as possible without sacrificing structural integrity, helping to reduce the overall weight of your bike for improved flickability and cornering.
  • Harsh Environment Durability: Constructed from premium materials with specialized anti-wear and anti-corrosion properties, ensuring consistent performance in dusty, muddy, or wet conditions.
  • Shorter Braking Distances: Optimized for sensitive response, allowing for later braking into turns and more precise speed modulation.
  • Universal 2-Stroke Fitment: Designed as a direct bolt-on replacement for the most popular Chinese pocket bike frames, including Cagllari and Daytona models.