Hawk Performance HP Plus Brake Pads HB660N.661 Disc Pad

SKU: HAWKHB660N.661

Brake Pads

Hawk Performance

Hawk Performance HP Plus Brake Pads HB660N.661 Disc Pad

SKU: HAWKHB660N.661

Brake Pads

BACKORDER This item will be special ordered in for you. Contact us prior to purchase if you require an ETA.

We accept

Description

Due to the dramatic friction levels necessary to achieve "race-level" braking, your rotor wear, noise, dust, and pad wear may be increased—meaning, you need brake pads that stand up to the challenging environment. Hawk Performance HP Plus compound brake pads can take the heat at the track and get you home safely, without your having to change your brake pads in and out. They feature high-temperature resistance and are designed for the serious street and autocross enthusiast. Order the set designed for fitment on your make and model.

Part Type

Brake Pads

Data: v4.2 - Upd: 2026-10-14 10:25:40

Specifications

Product Attributes - UPC: 840653062181
Product Attributes - Brand: Hawk Performance
Product Attributes - Quantity: Sold as a set.
Product Attributes - Part Type: Brake Pads
Product Attributes - Product Line: Hawk Performance HP Plus Brake Pads
Product Attributes - Shims Included: No
Product Attributes - Hardware Included: Yes
Product Attributes - Brake Pad Material: Ferro-carbon
Product Attributes - Friction Material Name: HP Plus
Product Attributes - Intended for Street Use: Yes
Product Attributes - For Use with Stock Rotors: Yes
Product Attributes - Manufacturer's Part Number: HB660N.661
Product Attributes - For Use with Slotted Rotors: Yes
Product Attributes - For Use with Stock Calipers: Yes
Product Attributes - Electronic Wear Sensor Included: No
Product Attributes - For Use with Cross-Drilled Rotors: Yes

Reference Information

Brand Name/s	Hawk Performance
StreetFX SKU	hawkHB660N.661
SFX Item ID	4893846
Supplier Item Code	4893846
Manufacturer SKU	HB660N.661
Manufacturer UPC	840653062181
Alternative References	HWK-HB660N-661

Compatibility

Application Data

Universal	No
Make	NISSAN
Model	JUKE
Submodel	NISMO
Beginning Year	2015
Ending Year	2016
Engine Type	L4
Liter	1.6
CC	1618
Drivetrain	AWD
Engine Family	Nissan 4-cylinder
Engine Size	1.6L/1618cc
Brake Pad Position	Front
Application Notes	0.661 Thickness

Universal	No
Make	NISSAN
Model	JUKE
Submodel	NISMO
Beginning Year	2015
Ending Year	2016
Engine Type	L4
Liter	1.6
CC	1618
Drivetrain	FWD
Engine Family	Nissan 4-cylinder
Engine Size	1.6L/1618cc
Brake Pad Position	Front
Application Notes	0.661 Thickness

Universal	No
Make	NISSAN
Model	JUKE
Submodel	NISMO RS
Beginning Year	2015
Ending Year	2016
Engine Type	L4
Liter	1.6
CC	1618
Drivetrain	AWD
Engine Family	Nissan 4-cylinder
Engine Size	1.6L/1618cc
Brake Pad Position	Front
Application Notes	0.661 Thickness

Universal	No
Make	NISSAN
Model	JUKE
Submodel	NISMO RS
Beginning Year	2015
Ending Year	2016
Engine Type	L4
Liter	1.6
CC	1618
Drivetrain	FWD
Engine Family	Nissan 4-cylinder
Engine Size	1.6L/1618cc
Brake Pad Position	Front
Application Notes	0.661 Thickness

Universal	No
Make	NISSAN
Model	JUKE
Submodel	S
Beginning Year	2015
Ending Year	2016
Engine Type	L4
Liter	1.6
CC	1618
Drivetrain	AWD
Engine Family	Nissan 4-cylinder
Engine Size	1.6L/1618cc
Brake Pad Position	Front
Application Notes	0.661 Thickness

Universal	No
Make	NISSAN
Model	JUKE
Submodel	S
Beginning Year	2015
Ending Year	2016
Engine Type	L4
Liter	1.6
CC	1618
Drivetrain	FWD
Engine Family	Nissan 4-cylinder
Engine Size	1.6L/1618cc
Brake Pad Position	Front
Application Notes	0.661 Thickness

Universal	No
Make	NISSAN
Model	JUKE
Submodel	SL
Beginning Year	2015
Ending Year	2016
Engine Type	L4
Liter	1.6
CC	1618
Drivetrain	AWD
Engine Family	Nissan 4-cylinder
Engine Size	1.6L/1618cc
Brake Pad Position	Front
Application Notes	0.661 Thickness

Universal	No
Make	NISSAN
Model	JUKE
Submodel	SL
Beginning Year	2015
Ending Year	2016
Engine Type	L4
Liter	1.6
CC	1618
Drivetrain	FWD
Engine Family	Nissan 4-cylinder
Engine Size	1.6L/1618cc
Brake Pad Position	Front
Application Notes	0.661 Thickness

Universal	No
Make	NISSAN
Model	JUKE
Submodel	SV
Beginning Year	2015
Ending Year	2016
Engine Type	L4
Liter	1.6
CC	1618
Drivetrain	AWD
Engine Family	Nissan 4-cylinder
Engine Size	1.6L/1618cc
Brake Pad Position	Front
Application Notes	0.661 Thickness

Universal	No
Make	NISSAN
Model	JUKE
Submodel	SV
Beginning Year	2015
Ending Year	2016
Engine Type	L4
Liter	1.6
CC	1618
Drivetrain	FWD
Engine Family	Nissan 4-cylinder
Engine Size	1.6L/1618cc
Brake Pad Position	Front
Application Notes	0.661 Thickness

Universal	No
Make	NISSAN
Model	MAXIMA
Submodel	PLATINUM
Beginning Year	2016
Ending Year	2016
Engine Type	V6
Liter	3.5
CC	3498
Drivetrain	FWD
Engine Family	Nissan V6
Engine Size	3.5L/3498cc
Brake Pad Position	Front
Application Notes	0.661 Thickness

Universal	No
Make	NISSAN
Model	MAXIMA
Submodel	PLATINUM
Beginning Year	2018
Ending Year	2018
Engine Type	V6
Liter	3.5
CC	3498
Drivetrain	FWD
Engine Family	Nissan V6
Engine Size	3.5L/3498cc
Brake Pad Position	Front
Application Notes	0.661 Thickness

Universal	No
Make	NISSAN
Model	MAXIMA
Submodel	S
Beginning Year	2009
Ending Year	2014
Engine Type	V6
Liter	3.5
CC	3498
Drivetrain	FWD
Engine Family	Nissan V6
Engine Size	3.5L/3498cc
Brake Pad Position	Front
Application Notes	0.661 Thickness

Universal	No
Make	NISSAN
Model	MAXIMA
Submodel	S
Beginning Year	2016
Ending Year	2016
Engine Type	V6
Liter	3.5
CC	3498
Drivetrain	FWD
Engine Family	Nissan V6
Engine Size	3.5L/3498cc
Brake Pad Position	Front
Application Notes	0.661 Thickness

Universal	No
Make	NISSAN
Model	MAXIMA
Submodel	S
Beginning Year	2018
Ending Year	2018
Engine Type	V6
Liter	3.5
CC	3498
Drivetrain	FWD
Engine Family	Nissan V6
Engine Size	3.5L/3498cc
Brake Pad Position	Front
Application Notes	0.661 Thickness

Universal	No
Make	NISSAN
Model	MAXIMA
Submodel	SL
Beginning Year	2016
Ending Year	2016
Engine Type	V6
Liter	3.5
CC	3498
Drivetrain	FWD
Engine Family	Nissan V6
Engine Size	3.5L/3498cc
Brake Pad Position	Front
Application Notes	0.661 Thickness

Universal	No
Make	NISSAN
Model	MAXIMA
Submodel	SL
Beginning Year	2018
Ending Year	2018
Engine Type	V6
Liter	3.5
CC	3498
Drivetrain	FWD
Engine Family	Nissan V6
Engine Size	3.5L/3498cc
Brake Pad Position	Front
Application Notes	0.661 Thickness

Universal	No
Make	NISSAN
Model	MAXIMA
Submodel	SR
Beginning Year	2016
Ending Year	2016
Engine Type	V6
Liter	3.5
CC	3498
Drivetrain	FWD
Engine Family	Nissan V6
Engine Size	3.5L/3498cc
Brake Pad Position	Front
Application Notes	0.661 Thickness

Universal	No
Make	NISSAN
Model	MAXIMA
Submodel	SR
Beginning Year	2018
Ending Year	2018
Engine Type	V6
Liter	3.5
CC	3498
Drivetrain	FWD
Engine Family	Nissan V6
Engine Size	3.5L/3498cc
Brake Pad Position	Front
Application Notes	0.661 Thickness

Universal	No
Make	NISSAN
Model	MAXIMA
Submodel	SV
Beginning Year	2009
Ending Year	2014
Engine Type	V6
Liter	3.5
CC	3498
Drivetrain	FWD
Engine Family	Nissan V6
Engine Size	3.5L/3498cc
Brake Pad Position	Front
Application Notes	0.661 Thickness

Universal	No
Make	NISSAN
Model	MAXIMA
Submodel	SV
Beginning Year	2016
Ending Year	2016
Engine Type	V6
Liter	3.5
CC	3498
Drivetrain	FWD
Engine Family	Nissan V6
Engine Size	3.5L/3498cc
Brake Pad Position	Front
Application Notes	0.661 Thickness

Universal	No
Make	NISSAN
Model	MAXIMA
Submodel	SV
Beginning Year	2018
Ending Year	2018
Engine Type	V6
Liter	3.5
CC	3498
Drivetrain	FWD
Engine Family	Nissan V6
Engine Size	3.5L/3498cc
Brake Pad Position	Front
Application Notes	0.661 Thickness

Universal	No
Make	NISSAN
Model	ROGUE
Submodel	KROM
Beginning Year	2010
Ending Year	2010
Engine Type	L4
Liter	2.5
CID	152
CC	2488
Drivetrain	AWD
Engine Family	Nissan 4-cylinder
Engine Size	2.5L/2488cc
Brake Pad Position	Front
Application Notes	0.661 Thickness

Universal	No
Make	NISSAN
Model	ROGUE
Submodel	KROM
Beginning Year	2010
Ending Year	2010
Engine Type	L4
Liter	2.5
CID	152
CC	2488
Drivetrain	FWD
Engine Family	Nissan 4-cylinder
Engine Size	2.5L/2488cc
Brake Pad Position	Front
Application Notes	0.661 Thickness

Universal	No
Make	NISSAN
Model	ROGUE
Submodel	S
Beginning Year	2008
Ending Year	2013
Engine Type	L4
Liter	2.5
CID	152
CC	2488
Drivetrain	AWD
Engine Family	Nissan 4-cylinder
Engine Size	2.5L/2488cc
Brake Pad Position	Front
Application Notes	0.661 Thickness