APR Brake Discs - Rear - 272X10mm

Overview

APR Direct Replacement Brake Discs are a plug-and-play upgrade for your factory brakes. They provide reduced brake fade, improved brake consistency, and excellent modulation, especially during repeated consecutive braking applications or spirited driving. The rotors have improved resistance to distortion, warping, and cracking at high temperatures. They pair perfectly with the APR Direct Replacement Advanced Street Pads, and provide a no-compromise solution for spirited daily driving.

Features:

• Direct replacement rear brake discs
• 272x10 mm slotted and solid design
• Reduced brake fade and improved brake consistency
• Improved initial braking response or bite
• Improved brake modulation, especially during emergency stops
• Improved resistance to rotor distortion, warping, and cracking at high temps
• Slot pattern specifically designed to evenly distribute heat across the rotor surface
• Slot pattern operates smoothly and quietly over a wide application range
• Cast in Europe from a proprietary high carbon cast-iron alloy
• Machined to tolerances up to three times tighter than the industry norm
• Maximum Temperature Recording (MTR) system
• Proprietary black, anti-contamination finish ensures no oils are transferred to the pads
• Suitable for normal daily driving and spirited driving

Specs

Brand	APR
Coating	Proprietary black, anti-contamination
	Proprietary dry black, anti-contamination
Disc Diameter (mm)	272
Disc Height (mm)	48.2
	48.3
Disc Surface	Slotted
Disc Type	Solid
Disc Width (mm)	10
Emission Code	6
Location	Rear
Material	Proprietary high carbon cast-iron alloy
Minimum Thickness (mm)	8
Product Type	Brake Disc
UPC	810009932949
Part Number	BRK00035

APR Rotor Material, Casting and Machining

APR Discs are cast from a proprietary high-carbon cast iron alloy that provides excellent durability and stability under the high thermal loads experienced under spirited driving conditions. The slot pattern chosen for our discs provides even heat distribution across the disc surface, while delivering a strong initial bite and excellent release characteristics. In spite of the aggressive slot pattern, we have managed to maintain low levels of noise, vibration and harshness (NVH) under braking. Every single APR disc assembly is measured for run-out and disc thickness variation (DTV) using Swiss measuring equipment. When it comes to QC, there is no batch or statistical quality checking of APR discs. Every single disc is measured. The discs are machined to tolerances are up to three times tighter than the industry norm!

APR Rotor Surface Finish

APR Discs are coated with a proprietary black surface coating. The discs are chemically de-greased before the application of this coating to ensure that no machining fluids or other contaminants that can be absorbed by the brake pads and negatively affect brake performance are left on our discs. The coating is able to withstand extremely high temperatures and is flexible enough to expand and contract without flaking or peeling off the disc surface during the thermal expansion and contraction cycles experienced by brake discs. Our discs require no cleaning or preparation before fitment. Simply ensure that the car's hub is clean and fit the discs as they come out of the box. The black coating will be removed by the brake pads in the pad track areas within the first 4-5 brake applications. The un-swept areas of the disc will remain coated, providing some corrosion resistance.

APR Rotor Maximum Temperature Recording (MTR) System

Our MTR System provides a permanent record of the peak operating temperatures reached by the rotors under actual driving. This information is valuable in terms of checking that you are not overheating the discs. Each tab will change color when the temperature range is met. The final longer red tab will provide a color gradient chart to further refine specific temperatures.

MTR Guide: Blue turns brown at 527 F (275 deg C). Green turns white at 860 F (460 deg C). Orange turns yellow at 1,022 F (550 deg C). Pink turns white at 1,166 F (630 deg C). Lastly the longer red strip turns various shades from 219 F to 2,318 F (104 to 1,270 deg C).