Jeep Grand Cherokee Brake Rotor (1) - Front - DBA - 4000 Series HD - `11-`20

Jeep Grand Cherokee Brake Rotor (1) - Front - DBA - 4000 Series HD - `11-`20 is a direct-replacement front rotor designed for 2011–2020 Grand Cherokee models. This plain-face 4000 Series HD rotor pairs DBA metallurgy with an OE-style smooth finish for drivers who want durable performance without a cosmetic change.

Cast from XG-150 high-carbon alloyed iron and processed with DBA's Thermal Stability Profiling (TSP), the 4000 Series HD handles repeated high-load braking with improved resistance to thermal distortion. DBA's patented Kangaroo Paw ventilation features 144 diamond and teardrop-patterned pillars to increase surface area and improve cooling efficiency. Thermo-graphic paint (THGP) gives a clear visual reference for heat exposure, and moisture-proof corrosion protection in packaging helps preserve the rotor until installation. This rotor is a direct fit and is popular for controlled-competition and enthusiast street use where predictable, repeatable braking is required.

Features

• XG-150 high-carbon alloyed iron construction
• Thermal Stability Profiling (TSP) for consistent performance under heat
• Patented Kangaroo Paw 144-pillar ventilation — up to 30% more surface area and ~20% improved cooling vs straight vane
• Smooth OE-style 4000 Series HD plain finish
• Thermo-graphic paint (THGP) and moisture-proof corrosion protection packaging

Fitment: Jeep Grand Cherokee 2011–2020 with 330mm front rotor (excludes SRT8). This rotor is intended as a direct replacement and appeals to enthusiasts who want improved thermal durability and consistent braking feel without altering the vehicle's factory look.

For questions or fitment help call us directly: 512-982-9393 (TX) or 562-981-6800 (CA). We have two locations offering installation and customization services in Austin, Texas and the Los Angeles, California area. If you are considering purchasing multiple items, contact us for shipping discounts. We install on premises at both locations.