FITMENT: These Hawk HPS rear brake pads are a perfect fit for Infiniti G35 from 2003 - 2004 and Nissan 350Z from 2003 - 2009, both with Brembos.Features: They offer a smooth braking feel, making your drive more comfortable. Ideal for spirited driving, these pads are gentle on rotors, which extends their lifespan. With consistent brake release characteristics, they provide increased stopping power. Note that all Hawk Performance compounds are designed for Iron/Metal rotors and are not compatible with carbon ceramic rotors.Hawk HPS (High Performance Street) pads significantly improve braking distance compared to the OEM pads of 350Z and G35. Using aerospace and motorsports severe - duty friction technology, Hawk's unique Ferro - Carbon formula is developed for street performance. The HPS compound has a high coefficient of friction, providing 20 - 40% more stopping power and better resistance to fading than OEM replacement pads. It also offers long - life, less dust, and reduced noise. All Hawk Performance products come with a limited lifetime warranty, ensuring they are free from defects in workmanship and materials. These pads are great for daily - driven 350Z or G35 and can also handle light autocross duty.Part Number: HB180F.560


Using these Hawk HPS rear brake pads is easy. Just have them installed by a professional mechanic according to the vehicle's manual. When driving, you'll notice the smooth braking right away. For daily use, they are super reliable. But here are some things to keep in mind. These pads are designed for Iron/Metal rotors, so don't use them with carbon ceramic rotors. If you're planning to do some autocross, they can handle it, but be aware that intense use might cause a bit more wear. As for maintenance, regularly check the brake pads for thickness. If they get too thin, it's time to replace them. Also, keep an eye on the rotors for any signs of damage. With proper use and maintenance, these brake pads will serve you well for a long time, thanks to the limited lifetime warranty from Hawk Performance.