Brake Disc Rotor 260mm Front 220mm Rear 6 Holes Steel Compatible With SX XC EXC XCW TC FC TX FX TE(Rear-220mm)

Motorcycle Front 260mm Rear 220mm Brake Disc Rotors 6 Holes Steel Disk For SX XC EXC XCW TC FC TX FX TE FE Material: Steel Design: Wavy front design Size: Front: 260x143x4x9.5x6.2mm; Rear: 220x125x4x6.5mm Weight: Front: 520g; Rear: 460g Fitment: Compatible with SX, XC, EXC, XCW models from 1998–2020 and TC, FC, TX, FX, TE, FE models from 2014–2020 Quantity: 1 piece front disc and 1 piece rear disc The motorcycle front 260mm and rear 220mm brake disc rotors are constructed from steel for and consistent performance.The wavy front design increases the pad area compared to standard round discs, contributing to improved braking efficiency.This design also aids in heat dissipation, helping to reduce the risk of overheating during riding conditions.These brake discs are engineered to fit a wide range of SX, XC, EXC, XCW, TC, FC, TX, FX, TE, and FE models.Each kit includes a front disc with a weight of 520g and a rear disc weighing 460g, both featuring a 6-hole mounting pattern for straightforward installation.The discs are designed as direct replacements for , offering an upgrade in both function and appearance.The reduced weight helps lower rotational mass, which can enhance acceleration response and overall agility.The silver finish provides a clean, modern aesthetic that complements the look of off-road and dual-sport motorcycles.Suitable for various riding conditions, these brake discs support performance on trails or paved roads.

• steel construction ensures and braking performance under riding conditions
• Compatible with a wide range of models including SX XC EXC XCW TC FC TX FX TE FE for replacement and installation
• Front disc measures 260mm and rear disc measures 220mm providing brake balance and stopping power for off-road and trail use
• engineered 6-hole design matches OEM specifications for accurate fitment and consistent rotor alignment
• Designed specifically for motorcycles requiring brake rotors that maintain performance in wet, muddy, or dusty environments