Bendix Priority1 CFC2199 Ceramic Rear Brake Pads - Quiet, Reliable

In this review of the Bendix Priority1 CFC2199 ceramic rear brake pads, the bottom line is straightforward: these pads are best for owners of Hyundai Palisade, Santa Fe, and Kia Telluride models who want an OE-fit ceramic option that reduces noise and brake dust. The reviewer found the set notable for its precise fit and included installation hardware, and highlights the pads prime advantage as consistent, quiet braking under everyday driving and heavier loads thanks to their advanced friction materials.

Key Features

• OE Replacement: Designed and engineered to OE specifications to ensure direct fit, proper clearance, and consistent brake function on compatible Hyundai and Kia models.
• Ceramic Friction Material: Advanced friction compounds deliver reliable stopping power while producing less brake dust than many semi-metallic alternatives.
• Heat Resistance: Formulated to maintain performance under high temperatures and heavier loads to reduce brake fade on longer drives.
• Quiet Operation: Specific shims, slots, and chamfers, together with included hardware, provide an ultra-quiet braking experience with less vibration and noise.
• Complete Hardware Kit: Comes with installation clips and grease for sliding pins, making the swap quicker and helping ensure the pad assembly moves freely.
• Industry-Tested Reliability: Rigorously tested to meet or exceed industry standards for daily commute vehicles, offering dependable service life.

Who It's For

These pads are well suited for owners of Hyundai Palisade (2024-2020), Santa Fe (2020-2019), and Kia Telluride (2023-2020) who prioritize a quiet, low-dust ceramic pad that fits to OE tolerances. They are particularly relevant for drivers who do a mix of city and highway driving and want consistent braking performance without aggressive wear on rotors.

Drivers who routinely tow heavy loads, race, or demand extreme track performance should look at dedicated heavy-duty or track-oriented options instead, as the Priority1 design favors balanced daily driving reliability and noise reduction over specialized motorsport-level friction compounds.

Pros & Cons

Pros

• Good OE-style fit and finish that simplifies installation and reduces the chance of fitment issues.
• Quiet braking with reduced vibration thanks to shims, slots, and chamfers in the pad design.
• Lower brake dust compared with many metallic pads, keeping wheels cleaner between washes.
• Includes necessary hardware and grease for sliding pins, which reviewers say makes installation easier and more complete.

Cons

• Ceramic pads prioritize comfort and cleanliness; drivers needing extreme high-temperature fade resistance for track use should consider a dedicated track compound.

Specifications

Brand	Bendix
Model	Priority1 CFC2199
Pad Type	Ceramic rear brake pads
Vehicle Fitment	Hyundai Palisade 2024-2020; Santa Fe 2020-2019; Kia Telluride 2023-2020
Includes	Pad set with installation hardware, clips and grease for sliding pins
Design Goal	OE replacement fit, quiet operation, reduced brake dust
Test Standards	Industry-tested to meet or exceed standard braking performance

Our Verdict

The Bendix Priority1 CFC2199 ceramic rear pads are a solid choice for Hyundai and Kia owners seeking an OE-fit ceramic upgrade that focuses on quiet braking, reduced dust, and dependable daily performance. They include hardware for a straightforward installation and represent good value for drivers who want consistent, low-noise stopping without moving to sport or track-specific compounds.

Frequently Asked Questions

Do these pads fit my vehicle?
They are made for Hyundai Palisade 2024-2020, Santa Fe 2020-2019, and Kia Telluride 2023-2020; verify exact model and brake variant before purchasing.

Are installation clips and grease included?
Yes, the set includes installation hardware, clips, and grease for sliding pins to aid a proper install.

Will these reduce brake dust?
Yes, the ceramic friction material is formulated to produce less brake dust than many semi-metallic pads.