EBC S10KF1099 Front Greenstuff 2000 Brake Pad & GD Rotors Kit for 90-96 Nissan

Vehicle Fitment

• 1990-1996 Nissan 300ZX (Front, 3.0L V6; Base/2+2/Turbo)

Features

• Complete front brake upgrade kit with pads and rotors
• EBC Greenstuff 2000 high-performance brake pads for improved stopping
• GD Series slotted and dimpled front rotors for enhanced cooling
• Wide slots and dimples help expel heat, dust, water, and gases
• Thermic black/Geomet corrosion-resistant coating on rotors
• Organic pad compound for reduced noise and improved street performance
• Direct OEM-replacement fitment for front brakes
• Sold as a complete front axle kit

Specifications

• Part Number: S10KF1099
• Position: Front axle
• Brake Pad Series: Greenstuff 2000
• Pad Material: Organic high-friction compound
• Rotors: GD Series slotted & dimpled vented discs
• Rotor Diameter: ~280 mm
• Rotor Thickness (New/Min): ~30 mm / ~28 mm
• Bolt Pattern: 5-lug (114.3 mm)
• Center Hole Diameter: ~68 mm

Included Components

• 2x Front GD Series slotted & dimpled vented rotors
• 1x Front Greenstuff 2000 brake pad set (2 wheels)

Product Description

The EBC S10KF1099 Front Brake Kit combines performance-oriented Greenstuff 2000 brake pads with GD Series slotted and dimpled front rotors to deliver improved braking power and pedal feel over stock components. The Greenstuff 2000 pads use a high-friction organic compound designed for spirited street use, while the GD rotors' slotted and dimpled surface enhances cooling and helps maintain strong brake performance by expelling heat, gases, and debris from the pad contact area.

This front axle brake kit fits 1990-1996 Nissan 300ZX models equipped with the 3.0L V6 engine in Base, 2+2, and Turbo configurations. The direct OEM-replacement fit allows straightforward installation using factory hardware with no modifications required. The vented rotor design and corrosion-resistant finish help ensure long-lasting performance and durability, making this kit a solid choice for both daily driving and enhanced street braking performance.