Xasbseulk Center Lock to 6 Hole Adapter - Bicycle Brake Discs | Cycling Outdoor Sports Equipment | Travel Workout Fitness Camping Adventure | Bicycle Disc Conversion Tool for Riders

• COLORFUL ROTOR ACCESSORIES Achieve a custom look for bike enthusiasts with colorful bike components and eye-catching rotors that complement the colorful bike accessories for a unique setup
• PRECISION MOUNTING DESIGN Designed to ensure accurate compatibility with both Centerlock and 6-hole setups and provide reliable performance and consistent fit for disc brake systems in all driving conditions
• Precision at short distances: optimize the rotor system of your city bike to ensure constant stopping power and safety when commuting in the city or during short bike trainings
• ENHANCED DRIVING DYNAMICS Upgrade your vehicle with this adapter designed for multi-axle compatibility while optimizing power transmission and ensuring seamless performance on city roads by using a 6 hole disc brake rotor setup
• Performance Increase in Cycling This adapter is designed with high strength metal and aluminum bike rotor characteristics, combining toughness and lightweight design for improved efficiency on every ride

Enhance your cycling experience with this adapter designed to connect bicycle brake parts, including rotors, brackets and brake pads. It is perfect for outdoor adventure sports, fitness and travel activities such as camping or backpacking and offers versatility for cyclists looking for reliable braking solutions during training or picnics. Enjoy seamless integration. Specification: Product Name: Center Lock to 6 Hole Adapter Colour: black, blue, multi-coloured. Product weight: approx. 23.5 g. Material: aluminium alloy. Product size: Adapter: approx. 5.5 x 5.5 cm. Cover: approx. 4.4 x 4.4 cm. Packing list: 1 x 6-bolt adapter. 1 x cover. Note: 1. Due to the different display and light effects, the actual colour of the product may be slightly different from the colour shown in the picture. Thank you! 2. Please allow for a 1-2 cm margin of error due to manual measurement.