Hawk HKC4914.453Z Talon Lowering Rotor & Brake Pad Kit for 2004-2009 Subaru WRX

Vehicle Fitment

• 2004-2009 Subaru WRX STI (Front, AWD, 2.5L Turbocharged)
• 2004-2009 Subaru Impreza WRX STI (Front, AWD, 2.5L Turbocharged)

Fitment Notes

• Front axle application (front rotors & pads)
• Verify hub bore, rotor clearance, and bolt pattern before purchase

Features

• Drilled & slotted rotor design for better heat dissipation
• Hawk DTC curved slots for pad surface cleaning and thermal control
• PC (Performance Ceramic) friction material for low dust, quiet operation
• Geomet / corrosion-resistant coating
• Precision CNC balancing for reduced vibration
• Engineered to match OE weight and fitment
• Magni™-style coating to resist corrosion
• Optimized for street and occasional spirited driving

Specifications

• Position: Front
• Rotor Type: Drilled & slotted cast iron
• Pad Compound: Performance Ceramic / Ferro-carbon
• Rotor Finish: Geomet / coated surface
• Shims / hardware included: Yes (per supplier)
• Slot style: DTC curved slots
• Balance: CNC balanced rotor
• Coating: corrosion resistant coating (e.g. Magni-style)

Included Components

• 2x Drilled & slotted front rotors
• Set of 4x PC (ceramic) pads (front)
• Shims / hardware set

Product Description

The Hawk HKC4914.453Z Talon rotor & pad kit is a premium aftermarket front braking upgrade for compatible sports/performance vehicles. It pairs drilled & slotted rotors with Hawk's Performance Ceramic (PC) pads to deliver improved thermal dissipation, strong braking response, and reduced dust and noise.

The kit is designed for direct-fit installation without modifications, retaining OE weight and rotor geometry. The DTC curved slot pattern helps maintain clean pad surfaces and reduces glazing issues. A protective coating on rotor surfaces helps guard against corrosion under varied road conditions.

Before installation, confirm hub bore, rotor clearance, bolt pattern, and thickness specifications. Follow the proper bedding procedure for the pads and rotors to ensure optimal performance and safety.