EBC FA600X Disc Brake Pads – Sport Carbon X Series
Upgrade your stopping power with the EBC FA600X Disc Brake Pads, engineered for ATV and utility riders who demand precise control, reliable bite, and excellent heat resistance. Built with EBC’s Sport Carbon “X Series” compound, these pads are ideal for fast trail riding and aggressive off-road use where strong braking and predictable feel make all the difference.
Why Choose EBC FA600X Pads?
High-Performance Compound – Carbon-graphite material blended with aramid fibers provides a responsive feel with smooth initial bite and reduced fade.
Cooler Braking – Designed to keep heat away from calipers and brake fluid for consistent performance in demanding conditions.
Rotor Friendly – Softer than full sintered pads, helping reduce rotor wear while still delivering strong braking force.
Built for Sport & Utility – Perfect for dry, high-speed trail riding, sport quads, and utility ATVs.
Made in the UK – Manufactured to strict quality standards by EBC Brakes.
Specifications
Part Number: FA600X
Material: Carbon-graphite with aramid fiber (X Series)
Pad Type: Organic / Semi-Sintered
Position: Front brake caliper
Quantity: Set of two pads (one caliper)
Use Case: Sport, utility, and off-road ATV riding (not recommended for continuous mud, water, or sand use)
Vehicle Fitment
The EBC FA600X fits select KYMCO ATVs, including:
KYMCO MXU 500 IRS 4x4 EFI (2010–2012)
KYMCO MXU 500 IRS 4x4 (2010–2011)
KYMCO MXU 700 / MXU 700i 4x4 / LE EFI IRS (2014–2016)
(Always verify fitment with your year, model, and caliper style before ordering.)
What’s Included
One set of EBC FA600X brake pads (two pads – one caliper set)
Ready for installation with standard brake service tools
Installation & Care
Clean rotor surface and caliper pistons before installing new pads
Follow EBC’s recommended bed-in procedure for best performance: start with light stops and gradually increase braking force
Inspect rotors for wear or grooves before installation to maximize pad life
Replace pads in pairs for balanced braking performance