Hawk Performance DTC 60 Brake Pads HB645G.490
Hawk Performance DTC 60 Brake Pads HB645G.490
Product Description
High Performance Street disc brake pads are legendary for increasing stopping power on street-legal vehicles. Increasing the performance of your vehicle?s braking system is easy when you choose Hawk Performance?s HPS braking compound. The High Performance Street compound offers a higher coefficient of friction over stock brake pads and can provide you 20 to 40 percent more stopping power and higher resistance to brake fade than most standard replacement pads. Less fade means you will have better pedal feel and more consistent performance in a durable brake pad that generates less brake dust.
Hawk Performance's DTC 60 brake pads feature high torque with less initial bite than their DTC 70 pads. Featuring superior release and torque control characteristics, the pad compound is designed for cars with high deceleration rates with or without downforce. This model is recommended for use with DTC 70 when split friction between front and rear axle is desired. Order the universal or application-specific replacement pad set designed for your caliper type.
Extended Description
- Disc Brake Pad
- DTC-60 w/0.490 Thickness
- Fits Wilwood 6712
Application Summary
Part Type
Disc Brake Pad
Additional Information 2
- Preferring Split Friction Levels
description
aaia_ |
Disc Brake Pad |
---|---|
associated_ |
Preferring Split Friction Levels |
market_ |
High Performance Street disc brake pads are legendary for increasing stopping power on street-legal vehicles. Increasing the performance of your vehicle?s braking system is easy when you choose Hawk Performance?s HPS braking compound. The High Performance Street compound offers a higher coefficient of friction over stock brake pads and can provide you 20 to 40 percent more stopping power and higher resistance to brake fade than most standard replacement pads. Less fade means you will have better pedal feel and more consistent performance in a durable brake pad that generates less brake dust. |
product_ |
Disc Brake Pad; DTC-60 w/0.490 Thickness; Fits Wilwood 6712; |
product_ |
WILWOOD 6712 |
product_ |
DTC-60 |
s_item
department | Brake Systems |
---|---|
section | Disc Brakes |
name | Hawk Performance DTC 60 Brake Pads HB645G.490 |
brand | Hawk Performance |
price | 212.89 |
blurb | Brake Pads, DTC 60, Ferro-Carbon, Set |
title | Hawk Performance DTC 60 Brake Pads |
description | Hawk Performance's DTC 60 brake pads feature high torque with less initial bite than their DTC 70 pads. Featuring superior release and torque control characteristics, the pad compound is designed for cars with high deceleration rates with or without downforce. This model is recommended for use with DTC 70 when split friction between front and rear axle is desired. Order the universal or application-specific replacement pad set designed for your caliper type. |
item_row
handle | HAWK-HB645G.490 |
---|---|
item_ |
4331830 |
brand_ |
36 |
brand_ |
Hawk Performance |
item_ |
https://d5otzd52uv6zz.cloudfront.net/a2ff013d-b35b-47c3-9ea1-5f7cd06c7433-100.jpg |
item_ |
HB645G.490 |
item_ |
Hawk Wilwood Type 6712 DTC-60 Brake Pads |
item_ |
Brake Pads |
item_ |
Brake Pads - Racing |
item_ |
840653077529 |
item_ |
231.29 |
item_ |
256.99 |
t14_ |
6 |
mfr_ |
0 |
dim_ |
3.00 |
dim_ |
8.50 |
dim_ |
3.60 |
dim_ |
3.30 |
shipping_ |
14.53 |
item_ |
hawkHB645G.490 |
taxonomy_ |
5367 |
collection_ |
273461313578 |
collection_ |
Brake Pads |
status | Active |
item_ |
1 |
productTaxonomy | 5367 |
Overview
Brand | Hawk Performance |
---|---|
Quantity | Sold as a set. |
Part Type | Brake Pads |
Product Line | Hawk Performance DTC 60 Brake Pads |
Shims Included | No |
Hardware Included | No |
Brake Pad Material | Ferro-carbon |
Brake Pad Construction | Integrally molded |
Friction Material Name | DTC 60 |
Intended for Street Use | No |
For Use with Stock Rotors | Yes |
Manufacturer's Part Number | HB645G.490 |
For Use with Slotted Rotors | Yes |
For Use with Stock Calipers | Yes |
Electronic Wear Sensor Included | No |
For Use with Cross-Drilled Rotors | Yes |