EBC GD1977 Turbo-Groove Rear Brake Discs for 2015-2025 VW/Audi/Seat/Skoda 2.0L

Vehicle Fitment

• 2015-2025 Volkswagen Tiguan (5T) / Tiguan Allspace / Touran (5T) / Audi A3 (8V) / Q3 (8U) / Seat Alhambra/Tarraco / Skoda SuperB (3V) (Rear, various 1.4L-2.0L Petrol & Diesel engines)

Features

• Turbo-Groove slotted & dimpled design for improved cooling and pad degassing
• Blind-drilled dimples prevent cracking vs through-drilled rotors
• Wide slots extend to outer edge to disperse dust, gas, debris
• Thermic black anti-corrosion coating on non-pad areas
• Precision machined and balanced to minimize vibration
• Solid rear disc construction rated to 800-900 °C operating temperature
• Made with EU/R90-certified blanks, CNC finished in UK/EU
• ABE/German certificate for road legality

Specifications

• Disc diameter: 300 mm; height: 48 mm; thickness new/min: 12 mm/10 mm
• 5-lug bolt pattern compatible with OE 5x112 hubs
• Solid (non-vented) rotor design
• Weight approx. 10.4 kg per pair
• OE cross-reference: VW 3Q0615601 / 3Q0615601A
• Emission: ABE-certified (Germany), CARB/EPA not applicable (EU spec)

Included Components

• 2x EBC GD1977 Turbo-Groove Rear Brake Discs
• 1x Certificate of Conformity (ABE)

Product Description

EBC GD1977 Turbo-Groove Rear Brake Discs deliver upgraded braking performance for late-model VW, Audi, Seat, and Skoda vehicles equipped with 1.4-2.0 L petrol and diesel engines. Featuring wide slotted grooves and blind-drilled dimples, these discs efficiently dissipate heat, gases, and debris to ensure consistent, fade-resistant braking under heavy load - ideal for spirited driving, towing, or frequent highway use.

Constructed from durable R90-certified EU blanks and CNC-machined in the UK with thermic black coating, they resist corrosion while maintaining OE bolt fitment and balance. Sold as a rear axle pair, with ABE certification, they provide a direct upgrade over OE solid discs without altering caliper setup. Simply swap in using factory pads and standard torque settings for a bolt-on performance enhancement.