Hawk HB136F.690 HPS Front Brake Pads for 1992-2007 BMW 3-Series/Z3 1.8-2.8L

Regular price: $151.19
Regular price: ~~$167.99~~
Sale price: $151.19

Shipping calculated at checkout.

In Stock: 10

Orders by 1pm PST ship same business day

Free Shipping w/3-4 Day Delivery

Authorized Dealer

Fitment Guarantee

30-Day Hassle Free Returns

Product Specification:

SKU:HAWKHB136F.690

MPN: HB136F.690

UPC: 840653010489

Weight: 4.0 lb

Inventory: 10

Type: Brake Pads - Performance

Vehicle Fitment

1992-2007 BMW 3-Series (E30/E36/E46; 318i/318is/318ti/325i/325is/325Ci/325xi/328i/328is/328Ci; 1.8L-2.8L; RWD/xDrive AWD)
1996-1999 BMW Z3 (1.9L/2.5L/2.8L; RWD)

Features

HPS ferro-carbon compound for street-performance braking
Front axle application - OEM fitment
20-40% more stopping power than stock pads
Low dust, quieter braking
Gentle on rotors with extended pad life
Consistent pedal feel across temperature ranges (100-700 °F)
Virtually noise-free operation
Easy bedding-in and smooth release characteristics

Specifications

Material: Ferro-carbon HPS compound
Thickness: 0.690" (17.53 mm)
Position: Front axle only
Operating temp range: 100-700 °F; optimal 100-500 °F
Compatible drivetrains: RWD and xDrive AWD
Designed for iron/metal rotors; not compatible with carbon ceramic rotors

Included Components

4x Front brake pads (Hawk HB136F.690)

Product Description

The Hawk HB136F.690 HPS compound front brake pads deliver a high-performance upgrade tailored for BMW enthusiasts. With a ferro-carbon formula, these pads provide 20-40% more stopping power than factory pads while maintaining low dust and quiet braking, making them perfect for daily street use with spirited performance.

Engineered for fitment on 1992-2007 BMW 3-Series and 1996-1999 Z3 models (1.8L-2.8L, RWD or xDrive), these pads ship as a complete front axle set. They're gentle on rotors and long-lasting, with reliable temperature performance from 100-700 °F. Bed-in is straightforward, and installation is direct with no modifications required - ideal for owners seeking enhanced safety and control without sacrificing NVH comfort.