EBC S9KF1565 Front Brake Kit for 2000-2006 Audi TT / 2003-2005 VW Golf/Jetta 1.8

Vehicle Fitment

• 2000-2006 Audi TT (Base/Quattro/Special Edition, 1.8L Turbo I4, FWD/AWD)
• 2003-2005 Volkswagen Golf (GTI 1.8T/VR6, 1.8L Turbo I4, FWD)
• 2003-2004 Volkswagen Jetta (GL/GLI/GLX/GLS/TDI, 1.8L Turbo I4, FWD)

Features

• USR fine-slotted, vented rotors (312 mm) for enhanced heat dissipation
• Yellowstuff GG-rated pads deliver up to 40% more stopping power
• Patented Brake-In™ coating ensures rapid pad bedding
• Geomet anti-corrosion coating prolongs rotor lifespan
• Balanced & run-out tested rotors to minimize vibration
• Fully shimmed, chamfered, and slotted pads reduce noise
• Direct bolt-on fit - no modifications required
• Suitable for street, track, and spirited driving environments

Specifications

• Position: Front axle only
• Rotor Diameter: 312 mm; Thickness: 25 mm; Min thickness: 23 mm
• Rotor Height: 35 mm; Center Bore: 65 mm; Bolt Pattern: 5-lug (100 mm PCD)
• Pad FMSI Number: D687; Aramid fiber composite
• Drivetrain Compatibility: FWD and AWD (TT Quattro)

Included Components

• 2x USR930 slotted vented front rotors (312 x 25 mm)
• 1x DP41330R Yellowstuff pad set (front axle)
• 1x Caliper lube packet

Product Description

The EBC S9KF1565 front brake kit is engineered for early-2000s Volkswagen and Audi performance models - specifically, 2000-2006 Audi TT (Base/Quattro/Special Edition), 2003-2005 VW Golf (GTI 1.8T and VR6), and 2003-2004 VW Jetta variants. Jumbo-sized 312 mm USR slotted rotors paired with high-friction Yellowstuff GG-rated pads deliver superior bite, thermal control, and fade resistance under demanding use.

Built for both street and track enthusiasts, this kit features direct bolt-on installation requiring no modification, with balanced rotors, chamfered/shimmed pads, and corrosion-resistant Geomet coating. Whether improving response on a weekend run or enhancing safety in daily driving, the S9KF1565 offers a precise, reliable braking upgrade tailored to turbocharged and performance-oriented models.