EBC DP52302NDX Bluestuff NDX Front Brake Pads for 2019-2025 BMW 3/4/5 Series

Vehicle Fitment

• 2019-2025 BMW 3 Series G20/G21 (330i, 330i xDrive, M340i xDrive) 2.0L/3.0L I6 Turbo
• 2019-2025 BMW 4 Series G22/G23 (430i, 430i xDrive, M440i xDrive) 2.0L/3.0L I6 Turbo
• 2017-2022 BMW 5 Series G30/G31 (530i, 530i xDrive, 540i, 540i xDrive) 2.0L/3.0L I6 Turbo
• 2020-2025 Toyota Supra GR A90/A91 3.0L I6 Turbo

Features

• High-friction aramid fiber compound (Mu ≈ 0.52 after bedding)
• Pre-scored surface for rapid bedding and reduced brake fade
• Deep V-grooves for debris removal and heat dissipation
• Copper-free, eco-compliant formulation
• Enhanced bond strength with NUCAP NRS hook system
• Stable performance up to 550 °C / 1000 °F
• R90/ECE approved for street legality (subject to application)
• Ideal for track days and fast road use

Specifications

• Position: Front axle (Brembo calipers)
• Pad dimensions: 123.7 x 94.7 x 18.8 mm
• FMSI: D1867
• Material: Copper-free aramid fiber
• Friction coefficient: ~0.52 µ post-bedding
• Operating temperature: up to 550 °C / 1000 °F
• Weight (set): ≈1.5 kg
• Certifications: R90 (street-legal where applicable)

Included Components

• 1x pair front brake pads (2 pads)
• 2x V-grooved anti-squeal shims

Product Description

The EBC Bluestuff NDX front brake pads (DP52302NDX) are engineered for BMW 3, 4, and 5 Series models equipped with Brembo calipers and the Toyota Supra GR A90/A91 3.0L I6 Turbo. Featuring a high-performance aramid fiber compound with a friction coefficient around 0.52 after bedding, these pads deliver strong initial bite and stable heat resistance up to 550 °C. Pre-scored surfaces reduce bedding time, and deep V-grooves help evacuate debris and heat to maintain consistent performance.

Copper-free and eco-compliant, the Bluestuff NDX pads resist pad-to-plate separation thanks to the NUCAP NRS hook system, making them ideal for spirited street driving and track days. R90/ECE certification ensures street legality where applicable. Proper bedding and regular inspections after high-performance use maximize pad life and safety.