Bendix Priority1 CFM1098 Semi-Metallic Front Brake Pads - OE Fit

Our review of the Bendix Priority1 CFM1098 semi-metallic front brake pads finds them best suited for owners of Land Rover Discovery (2014-2016), LR3 (2005-2009), Range Rover (2006-2009) and Range Rover Sport (2006-2009) who want a direct OE replacement that restores factory fit and consistent stopping power. These pads emphasize matching the original equipment's fit, form, and function while delivering strong braking performance in daily driving and higher temperature situations. Installation hardware and specific shims, slots, and chamfers aim to reduce noise and provide a quiet, precise engagement.

Key Features

• OE Replacement: Designed to match the original equipment fit and function so installation is straightforward and caliper alignment is preserved.
• Semi-Metallic Material: The semi-metallic composition provides improved stopping power and high-temperature resistance for dependable braking under varied conditions.
• Enhanced Safety: Formulation and construction reduce brake fade to maintain consistent pedal feel and shorter stopping distances on repeated use.
• Noise Reduction: Specific shims, slots, and chamfers help minimize vibration and squeal for an ultra-quiet braking experience.
• Industry-Tested Reliability: Rigorously tested to meet industry standards so these pads are suitable for daily commute vehicles that need dependable performance.
• Complete Kit: Comes as a set with installation hardware to simplify the swap and ensure all necessary components are included.

Who It's For

These brake pads are ideal for owners of the listed Land Rover and Range Rover models who want an exact-fit, non-modified replacement that preserves factory braking characteristics. Mechanics and DIYers who prefer parts that include the required hardware and quieting features will appreciate the straightforward install and consistent performance.

Drivers seeking high-performance track pads, extreme racing compounds, or ceramic formulations should look elsewhere, as these pads are engineered primarily for reliable street use and OE-equivalent behavior rather than extreme motorsport performance.

Pros & Cons

Pros

• Precise OE fit and included hardware make installation simple and reduce the need for additional parts.
• Semi-metallic material delivers confident braking power and good heat resistance for everyday and spirited driving.
• Shims, slots, and chamfers contribute to a quiet braking experience with minimal squeal reported.
• Tested to industry standards, offering dependable reliability for commute and general use.

Cons

• Some drivers may notice minimal brake dust under heavier use, a common trade-off with semi-metallic pads compared with ceramic options.

Specifications

Brand	Bendix
Model	Priority1 CFM1098
Material	Semi-metallic composition
Fitment	Front pads for Land Rover Discovery (2014-2016), LR3 (2005-2009), Range Rover (2006-2009), Range Rover Sport (2006-2009)
Includes	Brake pads set with installation hardware
Noise reduction	Shims, slots, and chamfers for quieter operation
Performance focus	OE replacement with industry-tested reliability

Our Verdict

The Bendix Priority1 CFM1098 front brake pads are a practical, value-oriented choice for owners of the specified Land Rover and Range Rover models who want an OE-matching replacement that restores factory fit and steady stopping power. With included hardware, quieting features, and a semi-metallic compound for heat resistance, they offer trustworthy everyday performance and good overall value for street-driven vehicles.

Frequently Asked Questions

Will these pads fit my Range Rover Sport 2008?
Yes, the CFM1098 pads list fitment for Range Rover Sport models from 2006 to 2009 and should be compatible with a 2008 vehicle when matching front pad specifications.

Do these pads come with installation hardware?
Yes, the set includes installation hardware so the pads can be fitted without sourcing additional clips or shims.

Should I expect a lot of brake dust?
These are semi-metallic pads; customers report only minimal brake dust in typical use, though semi-metallic compounds can produce more dust than ceramic alternatives under heavy braking.