- Braided hoses improve brake pressure transfer to the caliper and disc pads, improving lever feel and reducing "bulging" which can happen with standard rubber hoses.
- 100% complete and include brand new stainless steel bolts
- Resistant to abrasion or cuts
Upgrade your Ducati S4 or S4R Monster with the EBC Powersports braided front brake line kit, designed to enhance braking performance and reliability. Crafted in Great Britain from high-quality braided stainless steel PTFE hose and grade 303 stainless steel fittings, this kit ensures maximum strength and corrosion resistance. Unlike standard rubber hoses, braided lines improve brake pressure transfer to the caliper, providing a more precise and responsive feel while reducing the risk of hose bulging under heavy braking. The robust construction makes these lines resistant to abrasion and cuts, suitable for demanding track and performance riding conditions. Each kit includes two brand-new stainless steel bolts for a complete installation, simplifying the upgrade process and ensuring a secure fit. The design of this racing kit takes the shortest route from the master cylinder to the caliper, bypassing Y-splitters to minimize potential leak points and enhance brake system integrity. Designed specifically for front-wheel applications on Ducati S4/S4R models, this kit delivers improved brake feel, reduced maintenance needs, and increased confidence during aggressive riding. EBC Powersports is committed to high-quality, race-ready components, and this braided brake line kit exemplifies that dedication by combining durability, performance, and ease of installation for enthusiasts seeking reliable braking performance.
Features:
- Braided stainless steel PTFE hose for improved brake pressure transfer
- Grade 303 stainless steel fittings for maximum durability and corrosion resistance
- Complete with stainless steel bolts for easy installation
- Resistant to abrasion and cuts, suitable for track and performance use
- Optimized routing from master cylinder to caliper to reduce potential leak points
