Hawk HB193W.670 DTC-30 Rear Brake Pads for 2003-2017 Dodge Viper SRT-10

Regular price: $292.49
Regular price: ~~$324.99~~
Sale price: $292.49

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In Stock: 6

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Product Specification:

SKU:HAWKHB193W.670

MPN: HB193W.670

UPC: 840653073026

Weight: 4.9 lb

Inventory: 6

Type: Brake Pads - Racing

Vehicle Fitment

2003-2017 Dodge Viper SRT-10 (Rear)
1992-1997 Ferrari F40 (Rear)
1995-1997 Ferrari F50 (Rear)
1994-1996 Ferrari 456 GT (Front)
1992-1994 Ferrari 512 TR (Front)
2002-2003 Jaguar XJR (Front)
2000-2006 Jaguar XKR (Front)
2009-2011 Nissan GT-R (Rear, 4-Piston Brembo)

Features

High-friction DTC-30 compound for track and racing applications
Operating temperature range: 38°C-649°C (100°F-1200°F)
Optimal temperature range: 38°C-426°C (100°F-800°F)
Provides smooth initial bite with excellent modulation
Offers exceptional release characteristics for precise braking
Designed for use with iron/metal rotors; not compatible with carbon ceramic rotors
Ideal for open-wheel and dirt circle track racing
Recommended for rear axle use in vehicles with high-performance front pads

Specifications

FMSI Number: D968-7684
Pad Type: Race
Inner Pad Thickness: 17.02 mm
Inner Pad Height: 67 mm
Inner Pad Width: 132 mm
Pad Label: DTC-30

Included Components

2x Rear brake pads (1x left, 1x right)
Installation instructions

Product Description

The Hawk HB193W.670 DTC-30 rear brake pad set is engineered for high-performance racing applications, offering a high-friction compound that delivers exceptional stopping power and control. With an operating temperature range of 38°C-649°C (100°F-1200°F) and an optimal range of 38°C-426°C (100°F-800°F), these pads are designed to perform under the demanding conditions of track and racing environments.

These pads provide a smooth initial bite and excellent modulation, ensuring precise braking performance. The DTC-30 compound exhibits exceptional release characteristics, allowing for consistent and reliable braking. Please note that these pads are designed for use with iron/metal rotors and are not compatible with carbon ceramic rotors.