Chrysler brake rotors supply the disc portion of a brake repair, with caliper configuration and axle-specific dimensions guiding selection. Cast-iron options come in different front and rear arrangements. Browse your Chrysler application at A-Premium to compare rotor thickness, mounting specifications and the quantity included with each purchase.
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OUTChrysler brake rotors can be specified by the caliper arrangement that surrounds them. A two-piston front-caliper requirement identifies one assembly, while each compatible disc also needs the specified thickness and mounting dimensions. Check the exact brake configuration before comparing rotor options. Front-and-rear sets contain parts with separate dimensions for each axle, so the purchase needs to match both assemblies when inspection calls for replacement at all four wheels.
A front rotor specification includes nominal thickness as part of its new-component dimensions. A new-part measurement does not replace the in-service discard specification.
Nominal thickness describes the rotor when new. It helps identify the disc that works with the caliper's available space and the specified pads. Minimum or discard thickness has another purpose: it sets a service limit for a worn disc. Keeping those two measurements separate makes the product specifications easier to use. A replacement must have the required new-part dimensions, while an existing rotor needs inspection against its own wear limit and an assessment of damage on both friction faces.
Some Chrysler rotor sets use cast iron, with the front and rear disc geometry described separately.
Cast iron identifies the disc material; the rotor's structure and dimensions describe how that material is formed for the brake assembly. A solid disc and a vented disc can share a material while requiring different caliper clearances. Ceramic, when used to describe a pad, refers to its friction formulation and does not change the accompanying disc into a ceramic rotor. Compare these component specifications separately, then check any stated surface treatment and preparation instructions for the replacement being fitted.
A front-and-rear set can have different front and rear outside diameters.
Outside diameter defines the disc's working circle, thickness describes its cross-section, and mounting height places the friction faces relative to the caliper. The center opening and bolt pattern connect those dimensions to the hub. Read them as one specification for the intended axle. A photograph helps show the design, but measurements resolve differences that can be difficult to see. If the brakes have been modified, identify the fitted assembly before using factory-application dimensions to order its replacement discs.
A five-hole rotor arrangement describes only part of the hub interface. The bolt circle, center opening and mounting height also need to agree with the brake assembly. Compare the complete specification for the correct axle, since a shared hole count can occur on discs with different working positions or dimensions. The guide to brake rotor construction and replacement signs explains the related inspection points.
A full set can specify different front and rear heights. Rotor height positions the friction faces relative to each caliper, so it must be checked along with diameter and thickness. A disc can attach to the hub yet sit incorrectly if that dimension differs from the required component.
Suitable new pads should accompany replacement discs across the affected axle. A rotor-only set supplies the discs, so compare separate pads or an appropriate Chrysler brake rotor and pad kit. Include required fitting items and any additional repairs identified during inspection.
Disc replacement should cover both sides of the affected axle, with suitable new pads, following the component instructions. The opposite axle needs its own inspection and may have a different service need. Check whether the selected offer contains a single rotor, an axle pair or a full set before ordering.
A disc purchase does not establish that a hub or bearing assembly is included. Read the supplied-component list and have wheel-end symptoms assessed separately. Bearing play, mounting damage or another retained-part fault can add work to a brake job even when the new rotor matches the required application. The bearing supports wheel rotation; the rotor provides the surface clamped by the pads.
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