BMW 316i E30 (2 Door Coupe) 1988 ~ 1991 1.6 litre M40B16 I4 8V SOHC
BMW 316i E20 (4 Door Sedan) 1988 ~ 1990 1.6 litre M40B16 I4 8V SOHC
BMW 316i E30 (4 Door Sedan) 1988 ~ 1990 1.6 litre M40B16 I4 8V SOHC
BMW 318i E30 (2 Door Convertible) 1983 ~ 1985 1.8 titre M10818 I4 SV SOHC
BMW 318i E30 (2 Door Convertible) 1985 ~ 1987 1.8 litre M10B18 I4 8V SOHC
BMW 318i E30 (2 Door Convertible) 1983 ~ 1988 1.8 litre M10B18 I4 BV SOHC
BMW 318i E30. (2 Door Coupe) 1985 ~ 1987 1.8 litre M10818 I4 SV SOHC
BMW 318i E30 (2 Door Coupe) 1884 ~ 1987 1.8 litre M10B18 I4 8V SOHC
BMW 318i E30 (2 Door Coupe) 1988 ~ 1991 1.8 litre M40BI8ME I4 8V SOHC
BMW 318i E30 (2 Door Sedan) 1985 ~ 1987 1.8 litte M10B18 I4 8V SOHC
BMW 318i E30 (2 Door Sedan) 1985 ~ 1987 1.8 litre M10B18 I4 BV SOHC
BMW 318i E30 (2 Door Sedan) 1983 ~ 1985 1.8 litre M10B18 I4 8V SOHC
BMW 318i E30 (2 Door Sedan) 1988 ~ 1991 1.8 litre M40B18ME I4 8V SOHC
BMW 318i E30 (2 Door Sedan) 1988 ~ 1991 1.8 litre M40BI8ME I4 8V SOHC
BMW 318i E30 (4 Door Sedan) 1985 ~ 1987 1.8 litre M10B18 I4 BV SOHC
BMW 318i E30 (4 Deor Sedan) 1984 ~ 1987 1.8 litre M10B18 4 BV SOHC
BMW 318i E30 (4 Door Sedan) 1985 ~ 1987 1.8 litre M10B18 I4 8V SOHC
BMW 318i E30 (4 Door Sedan) 1985 ~ 1987 1.8 litre Mi0B18 I4 8V SOHC
BMW 318i E30 (4 Door Sedan) 1984 ~ 1987 1.8 litre M10B18 I4 8V SOHC
BMW 318 E30 (4 Door Sedan) 1987 ~ 1993 1.8 litre M40B18ME I4 8V SOHC
BMW 318i E30 (4 Door Wagon) 1989 ~ 1994 1.8 litre M4OBI8ME I4 8V SOHC
BMW 318iS E30 (2 Door Coupe) 1990 ~ 1991 1.8 litre M42B18 I4 16V DOHC
BMW 318i E30 (2 Door Convertible) 1988 ~ 1990 2.0 litre M20B20L I6 12V SOHC
BMW 320i E30 (2 Door Convertible) 1988 ~ 1990 2.0 litre M20B20L I6 12V SOHC
BMW 318i E30 (2 Door Convertible) 1988 ~ 1990 2.0 litre M20B20L I6 12V SOHC
BMW 320i E30 (2 Door Convertible) 1988 ~ 1990 2.0 litre M20B20L I6 12V SOHC
BMW 320i E30 (2 Door Sedan) 1983 ~ 1988 2.0 litre M20B20L I6 12V SOHC
BMW 320i E30. (4 Door Sedan) 1988 ~ 1990 2.0 litre M20B20L I6 12V SOHC
BMW 320i E30 (4 Door Wagon) 1988 ~ 1990 2.0 litre M20820L I6 12V SOHC
BMW 320i E30 (4 Door Wagon) 1988 ~ 1991 2.0 litre M20B20L I6 12V SOHC
BMW 323i E30 (2 Door Convertible) 1984 ~ 1985 2.3 litre M20B23 I6 12V SOHC
BMW 323i E30 (2 Door Sedan) 1983 ~ 1985 2.3 litre M20B23 I6 12V SOHC
BMW 323i E30 (4 Door Sedan) 1984 ~ 1985 2.3 litre M20B23L I6 12V SOHC
BMW 323i E30 (4 Door Sedan) 1984 ~ 1985 2.3 litre M20B23L I6 12V SOHC
BMW 325E E30 (2 Door Convertible) 1986 ~ 1987 2.7 litre M20827 I6 12V SOHC
BMW 325E E30 (2 Door Convertible) 1986 ~ 1987 2.7 litre M20827 I6 12V SOHC
BMW 325E E30 (4 Door Sedan) 1986 ~ 1987 2.7 litre M20B27 I6 12V SOHC
BMW 325E E30 (4 Door Sedan) 1986 ~ 1987 2.7 litre M20B27 16 12V SOHC
BMW 325i E20 (2 Door Convertible) 1986 ~ 1988 2.5 litre M20B25 I6 12V SOHC
BMW 325i E20 (2 Door Convertible) 1988 ~ 1992 2.5 litre M20825 16 12V SOHC
BMW 325i E30 (2 Door Convertible) 1987 ~ 1992 2.5 litre M20B25 I6 12V SOHC
BMW 325i E30 (2 Door Convertible) 1986 ~ 1988 2.5 litre M20B25 I6 12V SOHC
BMW 325i E30 (2 Door Sedan) 1988 ~ 1990 2.5 litre M20B25 16 12V SOHC
BMW 325i E30 (2 Door Sedan) 1985 ~ 1989 2.5 litre M20B25 16 12V SOHC
BMW 325i E30 (2 Door Sedan) 1985 ~ 1988 2.5 litre M20B25 16 12V SOHC
BMW 325i E30 (2 Door Sedan) 1988 ~ 1991 2.5 litre M20B25 16 12V SOHC
BMW 325i E30 (4 Door Sedan) 1988 ~ 1990 2.5 litre M20B25 16 12V SOHC
BMW 325i E30 (4 Door Sedan) 1988 ~ 1990 2.5 litre M20B25 J6. 12V SOHC
BMW 325i £30 (4 Door Sedan) 1985 ~ 1989 2.5 litre M20B25 16 12V SOHC
BMW 325i E30 (4 Door Sedan) 1986 ~ 1990 2.5 litre M20B25 I6 12V SOHC
BMW 325i E30 (4 Door Wagon) 1988 ~ 1993 2.5 litre M20B25 16 12V SOHC
BMW 325i E30 (4 Door Wagon) 1988 ~ 1993 2.5 litre M20B25 I6 12V SOHC
BMW 325iS E30 (2 Door Sedan) 1988 ~ 1990 2.5 litre M20B25 16 12V SOHC
BMW M3 251 E30 (2 Door Coupe) 1985 ~ 1988 2.5 litre SI4B25 I4 16V DOHC

Changing brake discs at regular intervals is of extreme importance to be sure one’s car braking system delivers high end performance under challenging weather.

We have many brake disc rotor manufacturers across the globe. Extramile offer you the best brands and rotor models. Brands include Bosch, Delphi, AC Delco, RAE, RDA, Protex and few more to add.

If you are thinking of changing the disc rotor, we must determine which type of rotors the vehicle uses. There are four types Rotors

• Blank & Smooth - Blank and smooth rotors are what you'll find on most passenger vehicles and feature a smooth, blank metal surface all the way around the rotor
• Drilled - Drilled rotors feature drilled holes around the metal surface
• Slotted - Slotted rotors feature long "slots" or lines in the metal surface
• Drilled & Slotted - Drilled and slotted rotors combine the drilled holes and slots for enhanced performance

Blank & Smooth

As stated above, blank and smooth rotors are what you'll commonly find on most new passenger vehicles. Keep in mind that oe-specific rotors have a basic and premium option, and it all has to do with how they're manufactured. Unless you're a super aggressive driver or you're driving a luxury vehicle, blank rotors are a great choice for your vehicle.

Basic oe-specific rotors are traditionally made from recycled steel and a lot of times don't perform as well as your original equipment manufacturer (OEM) rotors due to thicker internal fins, which in turn impact the cooling abilities of your rotors. If you're going to use premium ceramic brake pads with your new rotors, don't pair them with a basic set of rotors. Basic rotors will also end up reducing the life of your new pads, as they'll wear down quicker due to the increased heat.

Drilled Rotors

As the name suggests, drilled rotors have holes drilled throughout the surface. These holes allow water, dust, and heat to easily dissipate off the surface of the rotor. Drilled rotors are a great choice for drivers that live in wetter climates as they'll help increase stopping power in wet, rainy conditions. If you're looking at drilled rotors for a performance vehicle, you'll want to stay away. Drilled rotors don't work well under high-heat and can fail pretty quickly in a race-type driving scenario.

Slotted Rotors

As mentioned before, slotted rotors feature slots around the exterior surface of the rotor. They're a great choice for heavy-duty trucks and SUVs, especially those that need improved stopping power when towing or hauling. The slots are designed to draw more air in between the pad and rotor surface, which improves cooling and heat dispersion. They're also designed to help remove excess brake debris and pad glaze that can occur at higher temperatures. While they are more efficient in a few ways, they come with the downside of not lasting as long, which also affects the life of your pads.

Drilled & Slotted Rotors

Lastly, drilled and slotted rotors are primarily designed for performance vehicles, like sports cars, that need enhanced cooling and heat dispersion. This type of rotor was designed to improve braking at high speeds during racing or track days.