Clarks Disc Brake Pads - VX845C, Tektro Lyra


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Currently unavailable
This guide helps cyclists understand and use Clarks VX845C disc brake pads, specifically designed for Tektro Lyra and IOX brakes. These organic pads offer improved noise reduction and enhanced 'bite' for standard riding conditions. However, performance can vary depending on riding style and environmental factors.
| Series | VX |
|---|---|
| Model Part Number | CLP1845 |
| Brand | Clarks |
These pads are compatible with Tektro Lyra and Tektro IOX disc brake systems.
Remove the old pads, insert the new pads into the caliper, and reassemble the brake system. Refer to the manufacturer's instructions for specific details.
Pad life depends on usage, riding conditions, and rider weight. Regularly inspect the pads for wear.
Perform several controlled stops from a moderate speed to transfer the pad material to the rotor surface.
Check for contamination, ensure proper bedding, and clean your rotors.
While suitable for general riding, these pads may not be ideal for extreme downhill due to their organic compound.
Organic pads offer improved noise reduction and increased 'bite' in normal conditions.
Ensure the pads are properly bedded in. Clean the rotors with disc brake cleaner. Check for contamination on the pads or rotors.
Check pad wear and replace if necessary. Ensure the brake caliper is properly aligned. Inspect the rotors for any damage or contamination.
Check brake fluid levels. Bleed the brakes to remove air in the system.
Ensure compatibility by checking your brake model (Tektro Lyra or IOX). Installation involves removing the old pads and inserting the new ones. For care, avoid contaminating the pads with oil or grease. Regularly inspect the pads for wear and replace them when necessary. Clean the rotors with a specific disc brake cleaner. For optimal performance, properly bed-in the new brake pads after installation by performing several controlled stops from a moderate speed. This process ensures the pad material transfers to the rotor surface, maximizing braking efficiency and minimizing noise.