Brakes

Quick Summary

Aston Martin vehicles represent the pinnacle of British sporting luxury, blending breathtaking design with genuine performance capability. Carbon ceramic brakes are the ideal complement to this philosophy, delivering reduced unsprung weight, complete fade resistance, corrosion immunity, and dramatically cleaner wheels. This guide covers carbon ceramic upgrade paths for the DB11 and V8 Vantage 2019+, including CCB versus CCM rotor selection, pad pairing for Aston Martin calipers, and installation considerations. AME Motorsport provides precision-engineered carbon ceramic solutions that make this technology accessible to every Aston Martin owner through its commitment to technology for everyone.

Why Carbon Ceramic Brakes Belong on Every Aston Martin

Aston Martin has spent over a century refining the grand tourer concept. Every component is engineered to serve a dual purpose: maximum performance with minimum compromise. The braking system should be no different. Carbon ceramic technology aligns perfectly with this philosophy, stopping harder, lasting longer, weighing less, and requiring less maintenance than iron alternatives.

The Sporting Luxury Heritage

Aston Martin occupies a unique position among performance manufacturers. Where some prioritise outright track speed and others focus on luxury isolation, Aston Martin refuses to choose. A DB11 is expected to lap a circuit with conviction and then cross a continent in comfort. A Vantage must deliver genuine sports car agility while maintaining the refinement expected of the badge.

This duality places specific demands on the braking system. Power outputs ranging from approximately 375 kW in the V8 Vantage to over 470 kW in the DB11 V12 demand braking systems capable of managing enormous kinetic energy repeatedly and consistently. Aston Martin owners expect progressive, confidence-inspiring pedal feel without vibration or noise. And few marques place as much emphasis on visual design, where brake dust from iron rotors undermines the vehicle's aesthetic between services.

Carbon ceramic technology satisfies every one of these demands simultaneously. For a comprehensive overview of the technology: Carbon Ceramic Brakes: The Complete Guide.

Weight Reduction: Transforming the Driving Experience

Aston Martin engineers invest tremendous effort in weight distribution and chassis tuning. The DB11's aluminium-intensive structure and the Vantage's compact proportions both contribute to driving experiences that feel lighter and more agile than their respective masses would suggest.

A full carbon ceramic conversion removes approximately 25-30 kg of unsprung, rotating mass from the vehicle. This reduction occurs at the most dynamically significant location, the wheel assembly, where every kilogram removed has a disproportionate effect on vehicle behaviour.

What Aston Martin drivers experience after the carbon ceramic upgrade:

• Sharper turn-in: Reduced rotational inertia means the vehicle changes direction more readily. The Vantage becomes even more agile while the DB11 feels lighter on its feet
• Improved ride quality: Less unsprung mass allows the suspension to absorb road surface imperfections more effectively, resulting in a smoother, more refined ride
• More responsive braking: Lighter rotors respond faster to caliper clamping force, delivering a more immediate and progressive pedal feel
• Enhanced acceleration: Less rotating mass at each corner means the engine and transmission work more efficiently, with sharper throttle response
• Better tyre contact: Reduced unsprung mass improves tyre compliance, keeping more rubber on the road in all conditions

For detailed analysis of these benefits: Carbon Ceramic vs Steel Brakes.

Aston Martin DB11: Grand Touring Elevated

The DB11 is Aston Martin's definitive grand tourer, designed to devour long distances in comfort while delivering performance worthy of a front-engined, rear-driven Aston Martin. Available with both V8 and V12 powertrains, the DB11 combines substantial power with refined handling and iconic design.

Why Carbon Ceramic Transforms the DB11

The DB11 weighs approximately 1,760-1,875 kg depending on specification. While lighter than many luxury GT competitors, this remains a substantial mass requiring effective braking, particularly during the sustained high-speed driving that grand touring demands.

Grand touring enhancement: The DB11's natural habitat is the open road, from sweeping mountain passes to coastal routes where sustained speed is the norm. Carbon ceramic's zero-fade characteristic means stopping power on the last hairpin of an alpine pass is identical to the first. This consistency transforms driver confidence during extended high-speed touring.

Reducing unsprung weight for improved ride: The DB11's adaptive damping system is calibrated for both agility and comfort. Reducing unsprung mass at all four corners allows the dampers to spend less energy managing wheel assembly inertia and more energy isolating the cabin from road imperfections. The result is a measurably smoother ride, particularly in comfort mode on imperfect surfaces.

Preserving the aesthetic: The DB11's design is one of its most compelling features. Large-diameter wheels with intricate spoke designs are integral to the vehicle's visual identity. Iron brake dust constantly compromises this appearance. Carbon ceramic brakes paired with appropriate ceramic-compound pads produce minimal, light-coloured dust that washes away easily, keeping the DB11 looking its best with minimal effort.

AME Motorsport product: The AME Motorsport DB11 carbon ceramic kit is engineered specifically for the DB11 platform, ensuring perfect fitment, optimal performance, and complete compatibility with the vehicle's factory brake system and electronic stability systems.

DB11 V8 vs V12: Carbon Ceramic Considerations

Both DB11 variants benefit enormously from carbon ceramic, though usage characteristics differ:

DB11 V12: The additional power and weight make carbon ceramic even more valuable. Higher speeds generate more kinetic energy, and the V12's greater mass increases brake thermal loading. Carbon ceramic handles both effortlessly.

DB11 V8: The twin-turbo V8 model is the more sporting variant, often driven with greater enthusiasm on twisting roads. Carbon ceramic's weight reduction and fade resistance enhance the V8's agility and ability to carry speed through technical sections of road.

Regardless of powertrain, the carbon ceramic upgrade is one of the most impactful modifications available for the DB11, simultaneously improving performance, ride quality, aesthetics, and long-term ownership costs.

Aston Martin V8 Vantage 2019+: Sports Car Capability Enhanced

The 2019+ V8 Vantage represents Aston Martin's sporting heart. Weighing approximately 1,530 kg with a twin-turbocharged V8 producing around 375 kW, the Vantage offers a remarkable power-to-weight ratio and genuine sports car dynamics. Where the DB11 prioritises grand touring refinement with sporting capability, the Vantage prioritises driving engagement with sufficient refinement.

Track Capability Enhancement

Many Vantage owners participate in track days, driving experiences, and timed events. In these environments, the vehicle's performance is ultimately limited by the braking system's ability to manage sustained high-temperature operation. Iron rotors on a track-driven Vantage will eventually fade, with the pedal growing longer, stopping distances increasing, and the driver forced to back off.

Carbon ceramic eliminates this limitation entirely. The Vantage can be driven at its limit lap after lap, with consistent pedal feel and stopping power from the first corner to the chequered flag. For track-focused owners, this alone justifies the upgrade.

Weight Reduction Multiplied

At approximately 1,530 kg, the Vantage is already light for its segment. Removing 25-30 kg of unsprung mass from an already lightweight vehicle produces a proportionally larger dynamic improvement than the same reduction on a heavier platform. The Vantage becomes noticeably more agile, more responsive, and more willing to change direction.

Even owners who never visit a circuit appreciate the carbon ceramic upgrade on spirited road drives. The Vantage is designed to be driven with enthusiasm on tight B-roads, mountain passes, and technical sections where the brakes are used frequently and assertively. Carbon ceramic delivers consistent, confidence-inspiring performance in exactly these conditions.

AME Motorsport product: The AME Motorsport V8 Vantage 2019+ carbon ceramic kit is purpose-engineered for the current Vantage platform with direct fitment to factory calipers and no modifications to ABS or electronic stability systems required.

For comprehensive grand touring brake analysis: Grand Touring Carbon Ceramic Brakes.

CCB vs CCM: Choosing the Right Carbon Ceramic Technology

AME Motorsport offers two distinct carbon ceramic technologies. Selecting the right one depends on how you use your Aston Martin.

CCB (SiC Coated): The Grand Touring Choice

CCB rotors feature AME Motorsport's proprietary silicon carbide coating, exceeding 0.8mm in thickness, providing approximately 5x the wear resistance of uncoated carbon ceramic surfaces. For the vast majority of Aston Martin owners, CCB is the optimal choice.

CCB is ideal for road driving, whether daily commuting or weekend grand touring. The enhanced wear resistance ensures maximum rotor life under normal conditions. For mixed-use owners who attend occasional track days while maintaining regular road driving, CCB handles both environments with ease. The SiC coating's 5x wear resistance advantage means fewer replacement events over the vehicle's life, optimising long-term investment.

For DB11 owners who use their vehicles primarily as grand tourers, and for Vantage owners who combine spirited road driving with occasional circuit participation, CCB is the clear recommendation.

CCM (Uncoated): The Track Specialist

CCM rotors use uncoated C/SiC material, optimised for maximum thermal performance in sustained high-temperature environments. For Aston Martin applications, CCM is relevant for Vantage track cars driven regularly on circuit, dedicated motorsport use, or vehicles used primarily on track rather than road.

For the overwhelming majority of Aston Martin use cases, CCB is the recommended technology. Its wear resistance advantage perfectly complements the long-distance, all-conditions nature of Aston Martin ownership.

For detailed comparison: CCB vs CCM Explained.

Installation, Bedding, and Long-Term Ownership

Professional Installation

Carbon ceramic brake installation on Aston Martin vehicles should be performed by a qualified workshop experienced with the platform. AME Motorsport conversion kits include detailed installation documentation specific to each model. The process involves removing existing rotors, installing bridge adapters (conversion kits), mounting carbon ceramic rotors, verifying caliper alignment, installing compatible brake pads, and torquing all fasteners to specification.

No modifications to the vehicle's ABS, traction control, or stability management systems are required. The factory calipers, brake lines, and electronic controls remain unchanged.

Bedding Procedure

New carbon ceramic rotors require a bedding procedure to establish optimal friction characteristics between rotor and pad surfaces. AME Motorsport provides specific bedding instructions with every order, calibrated for the vehicle's mass and intended usage. The process involves progressive stops from moderate speed, gradually increasing in intensity, followed by a complete cooling cycle. For detailed bedding procedures: Carbon Ceramic Brake Bedding Procedure.

Minimal Maintenance Requirements

Carbon ceramic brakes require significantly less maintenance than iron systems. Routine visual inspection at regular service intervals covers minimum thickness indicators, surface condition, and even wear. Carbon ceramic rotors cannot corrode, meaning no need for corrosion inhibitors, storage preparation, or concern about coastal or humid environments. A carbon ceramic-equipped Aston Martin can sit in a seaside garage indefinitely and deliver perfect braking on the first drive.

Many Aston Martin vehicles lead irregular driving lives, driven enthusiastically on weekends, garaged during the week, or stored over winter. Iron rotors suffer in these conditions, developing surface rust within hours. Carbon ceramic eliminates this issue completely, both visually and functionally, making it particularly valuable for collectors and multi-car owners.

AME Motorsport Aston Martin Product Range

Browse the full vehicle range: Carbon Ceramic Brakes for Every Vehicle: Buyer's Guide.

Recommended Brake Pads for Carbon Ceramic Rotors

When upgrading to carbon ceramic rotors, selecting the correct brake pad compound is essential. Standard metallic pads must never be used on carbon ceramic surfaces. AME Motorsport recommends these proven carbon ceramic compatible compounds:

• Pagid RSC Series — European racing heritage, three compounds (RSC1 street, RSC2 endurance, RSC3 sprint) covering every driving scenario from daily commuting to professional motorsport
• Barbaro Racing — Italian motorsport lineage with compounds ranging from the whisper-quiet C-01 street pad to the RS-635 competition compound
• NetzschRacing — German precision engineering with Street, Race, and purpose-built Carbon Ceramic Series compounds
• Schaffen ZZ Racing — Asian touring car championship pedigree, validated in extreme heat and humidity conditions

For detailed compound comparisons and selection guidance: Best Brake Pads for Carbon Ceramic Rotors

Frequently Asked Questions

Can I convert my Aston Martin DB11 from steel brakes to carbon ceramic?

Yes. AME Motorsport offers a complete carbon ceramic conversion kit for the DB11 that includes SiC-coated carbon ceramic rotors, bridge adapters, and mounting brackets. The kit works with factory calipers and requires no brake line modification or electronic recalibration. The conversion is fully reversible, meaning original steel components can be reinstalled if desired.

What is the weight saving from a carbon ceramic upgrade on an Aston Martin?

A full four-corner carbon ceramic conversion removes approximately 25-30 kg of unsprung, rotating mass from either the DB11 or Vantage. This reduction occurs at the most dynamically significant location on the vehicle, producing measurable improvements in turn-in response, ride quality, braking feel, and acceleration. For the relatively lightweight Vantage at 1,530 kg, this proportional reduction is particularly noticeable.

How long do carbon ceramic brakes last on an Aston Martin?

Under primarily road use, carbon ceramic rotors with AME Motorsport's SiC coating (CCB) typically last between 100,000 and 200,000 km, approximately 3-5 times longer than equivalent iron rotors. Actual lifespan depends on driving style, conditions, pad compound, and vehicle weight. Vehicles used for mixed road and track driving see slightly accelerated wear but still far exceed iron rotor longevity. For detailed lifespan data: How Long Do Carbon Ceramic Brakes Last?.

Will carbon ceramic brakes improve the ride quality of my Aston Martin?

Yes. The approximately 25-30 kg reduction in unsprung, rotating mass allows the suspension to react more quickly and precisely to road surface imperfections. The practical result is a noticeable improvement in ride refinement, particularly at low speeds over broken surfaces where unsprung mass has the greatest influence. DB11 owners who prioritise grand touring comfort frequently report that ride quality improvement is one of the most immediately noticeable benefits of the upgrade.

Should I choose CCB or CCM rotors for my Aston Martin?

For the vast majority of Aston Martin owners, CCB (SiC-coated) is the recommended choice. The proprietary silicon carbide coating exceeds 0.8mm thickness and delivers approximately 5x the wear resistance of uncoated surfaces, translating to significantly longer rotor life and lower total cost of ownership. CCM (uncoated) is recommended only for dedicated track cars where absolute maximum thermal performance at sustained extreme temperatures is the priority. Detailed comparison: Carbon Ceramic vs Steel Brakes.

Do carbon ceramic brakes produce noise on Aston Martin vehicles?

Carbon ceramic brakes can produce different acoustic characteristics compared to iron systems, particularly during light, low-speed braking. However, proper pad selection and correct bedding procedure largely eliminate unwanted noise. Selecting pads specifically formulated for carbon ceramic surfaces from manufacturers like Pagid RSC, Barbaro Racing, NetzschRacing, or Schaffen ZZ Racing is the most important factor. For more on managing brake noise: Carbon Ceramic Brake Squeak.