Hawk Performance Brakes for the MINI Cooper: Which Parts Fit

By Core Brake Parts Tech Team — Circleville, OH warehouse

Hawk makes front pads for the MINI Cooper in two main pad shapes: the HB560 family (FMSI D1204, 0.677 in thick) that covers the Cooper and Cooper S of the R56 era, and the HB640 family (FMSI D1403, 0.550 in thick) built for the larger John Cooper Works caliper. Inside each shape you choose a compound - street (HPS, HPS 5.0), autocross (HP Plus) or race (DTC-60) - and the letter in the part number tells you which one you are holding.

This guide explains how to read a Hawk part number, which compound suits the way you actually drive your MINI, and which parts we carry that fit.

How to Read a Hawk Part Number for a MINI

Every Hawk pad number has three pieces. Take HB560G.677 as the example:

• HB560 is the pad shape. It has to match the backing plate your caliper takes. This shape is listed against FMSI D1204.
• G is the compound letter. On the MINI shapes, G is DTC-60, N is HP Plus and F is HPS.
• .677 is the friction thickness in inches.

That means an HB560F.677 and an HB560G.677 bolt into exactly the same caliper - they differ only in friction material. It also means an HB560 pad will not go into a car that takes the HB640 shape, no matter the compound. Match the shape first, then pick the compound.

Which Pad Shape Fits Your MINI

MINI ran several body styles on shared platforms (hatch, Clubman, convertible, coupe, roadster, Countryman, Paceman), and the John Cooper Works cars used a bigger front brake than the base car. That is why two cars of the same year can take different pads. The quickest check is to pull a front wheel and compare your pad backing plate to the shape, or read the part number off the pads that are in the car now. The fitment line on each product page lists the years and models the part was catalogued for.

For the newer F-series MINIs (F54 Clubman, F56 hatch, F57 convertible), Hawk is not the only option on our shelves; see the section on other parts below.

The Hawk Compounds, Compared

Hawk publishes an operating temperature range and an optimal range for every compound. That window is the single most useful number for a MINI owner, because a pad that is running below its working temperature grips poorly and wears fast.

HPS and HPS 5.0: the daily-driver picks

Hawk rates HPS for street-legal cars and spirited driving, with more friction than stock pads, less dust and gentle rotor wear. HPS 5.0 is a Ferro-Carbon street compound with a slightly wider window and more initial bite. Both work from a cold start, which is what a commuter MINI needs.

HP Plus: autocross and occasional track

HP Plus is Hawk's autocross compound. Its optimal range starts at 300 F, so it wants some heat before it is at its best. Expect more dust, more noise and faster rotor wear than a street pad. It is a reasonable choice for a MINI that sees a few autocross events a year and is driven to them.

DTC-60: race only

DTC-60 is a racing compound with an optimal window of 700 to 1,100 F. Hawk developed it for high-deceleration racing, and it works well as a front pad on lighter cars - which a MINI is. On the street it will rarely reach its working temperature, so cold bite is weak and it can be noisy and hard on rotors. Buy DTC-60 for a car that spends real time on a road course, and swap back to a street pad for the drive home if you can.

Hawk Parts We Carry for the MINI Cooper

Both Hawk pad sets we stock for the MINI are the DTC-60 race compound:

• Hawk HB560G.677 DTC-60 race front pads for the MINI Cooper - the HB560 (D1204) shape.
• Hawk HB640G.550 DTC-60 race front pads for the MINI John Cooper Works - the HB640 (D1403) shape.

If your MINI is a street car, DTC-60 is the wrong pad for you, and we would rather you know that before you buy. For street and fast-road use, look at the other parts below or browse our brake pads collection.

Other Performance Parts That Fit the MINI

The MINI has more performance brake support than most small cars. Parts we carry include:

• EBC Redstuff ceramic low-dust front pads for the 2015-on John Cooper Works - a street pad for the F-series JCW.
• EBC 3GD slotted front rotor pair for the 2007-2014 Cooper S hardtop - slotted rotors that pair well with an HB560 street or autocross pad.
• Wilwood DynaPro 6 front big brake kit for 2002-and-newer MINI Cooper - six-piston calipers and 12.88 in rotors for dedicated track cars.

You can also browse all brake rotors or our brake hardware kits for the small parts that finish a pad job.

What to Replace With the Pads, and How Hard the Job Is

A front pad change on a MINI is a straightforward home job: wheel off, caliper off its guide pins, pads out, piston pushed back, new pads in. A few points matter more than usual when you change compounds:

• Rotors. Measure them. If they are at or near the minimum thickness cast into the rotor, or have a lip or deep grooves, replace them. Moving from one compound to another on a used rotor can leave uneven transfer layers and vibration.
• Iron rotors only. Hawk states its pads are designed for iron or metal rotors and are not compatible with carbon ceramic rotors.
• Wear sensor. Most MINIs use an electronic pad wear sensor. Replace it if it has been triggered or damaged, or the warning light will stay on.
• Fluid. If the car is going on track, fresh high-temperature fluid matters as much as the pad. Use the fluid specification in your owner's manual or on the reservoir cap.
• Bed-in. Follow the bedding procedure printed on the pad box. A race compound in particular needs heat put into it gradually to lay down an even film.
• Torque. Tighten caliper bolts and wheel bolts to the values in the factory service manual.

Frequently Asked Questions

Can I use Hawk DTC-60 pads on my daily-driven MINI?

Not a good idea. DTC-60 works best between 700 and 1,100 F, which normal street driving rarely reaches. Cold bite is weak, and noise and rotor wear go up. Use HPS or HPS 5.0 for the street.

What is the difference between HB560 and HB640?

They are different pad shapes for different calipers. HB560 is the D1204 shape at 0.677 in thick; HB640 is the D1403 shape at 0.550 in thick, used on John Cooper Works cars with the larger front brake. They do not interchange.

Does the letter in a Hawk part number change the fit?

No. The letter only changes the friction compound. HB560F, HB560N and HB560G all fit the same caliper.

Can Hawk HP Plus pads be driven on the street?

They can, but Hawk positions them for autocross and track days. Expect more dust, noise and rotor wear than a street pad, and less bite when cold.

Do I need new rotors when I switch to Hawk pads?

Only if the old rotors are worn near minimum thickness, grooved or warped. If you are moving to a more aggressive compound, fresh or resurfaced rotors give the new pads the cleanest start.

Sources

1. Hawk Performance - DTC-60 compound - DTC-60 operating range 400-1,600 F, optimal 700-1,100 F, racing use, iron rotors only
2. Hawk Performance - HPS compound - HPS operating range 100-700 F, optimal 100-500 F, street use, less dust
3. Hawk Performance - HPS 5.0 compound - HPS 5.0 operating range 100-750 F, optimal 100-550 F, Ferro-Carbon street compound
4. Hawk Performance - HP+ compound - HP+ operating range 100-800 F, optimal 300-600 F, autocross use
5. Pegasus Auto Racing - Hawk HB560 (FMSI D1204) - HB560 shape, FMSI D1204, 0.677 in thickness, compound letter codes G, N, F
6. Pegasus Auto Racing - Hawk HB640 (FMSI D1403) - HB640 shape, FMSI D1403, 0.550 in thickness, John Cooper Works fitment
7. Pegasus Auto Racing - Hawk compound descriptions - HP Plus raises dust, noise and rotor wear; DTC-60 works as a front pad on lighter cars