Published: October 12, 2026 | Last updated: October 12, 2026
TL;DR
- Hawk HPS 5.0 is a ferro-carbon street performance brake pad that Hawk says gives 20 to 40 percent more stopping power than a typical stock replacement pad (BMP Tuning, 2026).
- It works from 100 to 750°F, with an optimal range of 100 to 550°F (Tegiwa, 2026).
- HPS 5.0 dusts less than most factory pads but more than Hawk's Ceramic and original HPS pads (Tegiwa, 2026).
- It handles light track use if you watch for overheating and allow cool-down time (Tegiwa, 2026).
- Hawk pads are made for iron rotors only and are not compatible with carbon-ceramic rotors (BMP Tuning, 2026).
Disclosure: As an Amazon Associate, Brakes Hub earns from qualifying purchases. This never changes our verdicts.
How we reviewed this product: we studied Hawk's published specifications, retailer data, Hawk's bedding procedure and owner feedback, and compared HPS 5.0 with other Hawk compounds. We did not run our own brake tests.
What Are Hawk HPS 5.0 Brake Pads?
Hawk HPS 5.0 brake pads are a street performance pad made from a ferro-carbon compound. They are designed to add stopping power over stock pads without the noise, dust and poor cold bite of a track-only pad (BMP Tuning, 2026).
HPS stands for High Performance Street. The 5.0 version is a newer, stronger compound than the original HPS, with more brake torque and a higher operating temperature (Tegiwa, 2026).
Hawk part numbers for HPS 5.0 end with the letter "B", for example HB453B.585. The final number is the pad thickness.
How Ferro-Carbon Brake Pads Work
A ferro-carbon pad blends iron-based materials with carbon to create high friction that stays steady as the brakes heat up. The result is a strong bite that does not fade quickly in hard driving.
Brake torque is the turning force the pads apply to stop the wheel. A pad with higher friction creates more brake torque for the same pedal pressure, so the car stops harder.
A simple comparison is shoe soles. A hard plastic sole slips on a wet floor, while a rubber sole grips. Ferro-carbon pads are the grippier sole, tuned to keep that grip when hot.
Hawk HPS 5.0 Specifications at a Glance
Hawk HPS 5.0 covers street and light track temperatures and suits iron rotors. The table lists the published figures.
| Specification | Hawk HPS 5.0 |
|---|---|
| Compound | Ferro-carbon |
| Stopping power vs stock replacement | 20 to 40 percent more, per Hawk |
| Operating temperature | 100 to 750°F |
| Optimal temperature | 100 to 550°F |
| Dust level | Lower than most OE pads, higher than Hawk Ceramic |
| Rotor compatibility | Iron and metal rotors only |
| Part number suffix | B |
Sources: BMP Tuning (2026); Tegiwa (2026).
Hawk HPS 5.0 vs HPS vs Hawk Performance Ceramic
HPS 5.0 gives the most bite of Hawk's street pads, original HPS is a step softer, and Hawk Performance Ceramic is the cleanest and quietest. Choose based on how hard you drive and how much dust you accept.
| Hawk compound | Bite | Dust | Best for |
|---|---|---|---|
| HPS 5.0 | Highest street bite | Moderate | Spirited street driving and light track days |
| HPS | High | Low to moderate | Sporty daily driving |
| Performance Ceramic | Moderate | Lowest | Quiet, clean daily driving |
If you are deciding between Hawk and EBC, read our Hawk HPS 5.0 vs EBC Greenstuff comparison and our EBC Greenstuff review.
Can You Use Hawk HPS 5.0 on the Track?
Yes, for light track use, as long as you watch for signs of overheating and let the brakes cool between sessions (Tegiwa, 2026). For regular track days, a dedicated track compound lasts longer.
The optimal range tops out at 550°F. Long hard sessions on a heavy car can push pads past that, which causes fade, a longer pedal and faster wear.
Signs of overheating include a burning smell, a softer pedal and blue tint on the rotors. If you notice these, drive a slow lap with light braking to cool everything down.
How to Bed In Hawk HPS 5.0 Brake Pads
Bed in HPS 5.0 pads with a series of moderate stops followed by a few harder stops and a cool-down. Hawk's street procedure ends with 2 to 3 harder stops from about 40 to 45 mph, then at least 15 minutes of cooling (Tegiwa, 2026).
- Find a safe, empty road where you can brake repeatedly.
- Make several moderate stops from about 30 to 35 mph to warm the pads.
- Make 2 to 3 harder stops from about 40 to 45 mph.
- After the last stop, do not hold your foot on the brake pedal while the car is stopped.
- Drive gently for 15 minutes or park and let the brakes cool fully.
Our bed-in guide explains why this step matters for any new pads.
Pros and Cons of Hawk HPS 5.0
The main strength of Hawk HPS 5.0 is a big jump in stopping power with street-friendly manners, and the main drawback is more dust than ceramic pads.
Pros
- Hawk claims 20 to 40 percent more stopping power than stock replacement pads.
- Fade resistance is much better than standard pads.
- Cold bite and noise are good for a performance compound.
- Pad and rotor wear are reasonable for a performance pad.
Cons
- It produces more dust than ceramic pads.
- It is not designed for regular track use.
- It cannot be used with carbon-ceramic rotors.
Common Problems With Performance Brake Pads
Most problems with performance pads come from skipped bed-in steps, overheating or mismatched rotors.
| Problem | Likely cause | Solution |
|---|---|---|
| Weak bite when new | Pads not bedded in | Follow the bed-in procedure |
| Vibration after hard stops | Pad material deposited unevenly on the rotor | Repeat the bed-in, and avoid holding the brake when hot |
| Squeal at low speed | Dry contact points or worn hardware | Clean and lubricate contact points, replace clips |
| Fade on the track | Pads above their optimal range | Add cool-down laps or use a track compound |
| More dust than expected | Ferro-carbon compound | Switch to a ceramic pad if dust matters most |
Who Should Buy Hawk HPS 5.0 Brake Pads?
Hawk HPS 5.0 suits drivers of performance cars, hot hatches and modified street cars who want a clear upgrade in stopping power for spirited driving and occasional track days.
Daily commuters who mainly want clean wheels should choose a ceramic pad instead. Drivers who do frequent track days should look at Hawk's track-focused compounds.
Pair HPS 5.0 with quality rotors such as Hawk Talon rotors for a matched setup.
Frequently Asked Questions About Hawk HPS 5.0
How much more stopping power does Hawk HPS 5.0 give?
Hawk publishes a 20 to 40 percent improvement in stopping power over a typical stock replacement pad, along with better fade resistance (BMP Tuning, 2026).
Is Hawk HPS 5.0 dusty?
It is cleaner than most factory pads but dustier than Hawk Ceramic and original HPS pads (Tegiwa, 2026).
What is the temperature range of Hawk HPS 5.0?
HPS 5.0 operates from 100 to 750°F, with an optimal range of 100 to 550°F (Tegiwa, 2026).
Can Hawk HPS 5.0 be used on carbon-ceramic rotors?
No. Hawk designs its pads for iron and metal rotors only (BMP Tuning, 2026).
What is the difference between Hawk HPS and HPS 5.0?
HPS 5.0 gives more brake torque and a higher operating temperature than the original HPS, with slightly more dust (Tegiwa, 2026).
Do Hawk HPS 5.0 pads squeal?
They are designed for low noise in normal street driving. Squeal usually comes from dry contact points, worn hardware or a skipped bed-in.
Summary: Are Hawk HPS 5.0 Brake Pads Worth Buying?
- Hawk HPS 5.0 is a strong street performance pad with 20 to 40 percent more stopping power than stock, according to Hawk.
- It suits spirited street driving and light track use within its 100 to 550°F optimal range.
- Expect more dust than ceramic pads, and use iron rotors only.
- Follow Hawk's bed-in procedure for the best pedal feel.
Check Hawk HPS 5.0 fitment on Amazon →
Safety note: brakes are safety parts. If you are not sure how to do the job, have a qualified mechanic do it.