Hawk HB141E.650 Blue 9012 Front Brake Pads for 1986-1998 Porsche 911/928/944/968

Vehicle Fitment

• 1986-1991 Porsche 928 S and S4 (5.0L; RWD)
• 1989-1991 Porsche 944 S2 (3.0L; RWD)
• 1990-1995 Porsche 968 (3.0L; RWD)
• 1991-1992 Porsche 911 (964) Carrera 2/2S/RS (3.3L; RWD)
• 1991-1992 Porsche 911 Turbo (965/930) (3.3L; RWD)
• 1993-1994 Porsche 911 (964) Carrera 3.6L (RWD)
• 1994-1998 Porsche 911 (993) Carrera, Carrera 4, Carrera 4S, Targa (3.6L; RWD/AWD)

Features

• Blue 9012 motorsports compound for low-to-mid torque and modulation
• Medium/high torque that increases with temperature (250-1000 °F)
• Designed for road racing and stage rally applications
• Front axle OEM-style fitment for easy installation
• Low pad and rotor wear for extended service life
• Excellent bite and modulation for spirited driving
• Street-legal with race-grade performance
• Not compatible with carbon ceramic rotors

Specifications

• Material: Blue 9012 high-performance compound
• Thickness: 0.650" (16.51 mm)
• Position: Front axle only
• Operating temp: 250-1000 °F; optimal 700-1100 °F
• Compatible with iron/metal rotors; not for carbon ceramic
• Drivetrains: RWD and AWD on Carrera 4/4S/Targa

Included Components

• 4x Front brake pads (Hawk HB141E.650 Blue 9012)

Product Description

The Hawk HB141E.650 Blue 9012 front brake pads bring race-level stopping performance to classic Porsches from 1986-1998. Featuring a versatile compound with moderate initial bite and increasing torque through the 250-1000 °F range, these pads excel in road racing and rally settings while staying street-legal. Low pad and rotor wear make them ideal for drivers seeking serious braking without excessive maintenance.

Engineered for front-axle OEM-style installation on a wide range of Porsche models - from the 928 S/S4 and 944 S2 to the 968 and late-model 911s (964/993 Carrera, 4, 4S, Targa) - these pads deliver consistent modulation and control. Fully compatible with both RWD and AWD configurations (Carrera 4/4S/Targa), they are designed for iron/metal rotors and are not suitable for carbon ceramic discs.