SPORTS Brake Disc

Ninemeister 9m Carbon Ceramic Big Brake Kit 

Transform the braking performance of your Porsche 993 with the Ninemeister 9m Carbon Ceramic Big Brake Kit, an advanced braking upgrade engineered for drivers demanding exceptional stopping power, reduced unsprung weight and outstanding thermal performance. Designed as a direct replacement for the original steel brake discs, this comprehensive kit combines 9m carbon ceramic floating brake discs, uprated 9m/Brembo aluminium calipers, bespoke mounting hardware and braided brake hoses to deliver confidence-inspiring braking on both road and track.

Fits:

• Porsche 993 (911) C2 1994-97
• Porsche 993 (911) C4 1994-97
• Porsche 993 (911) RS 1994-97
• Porsche 993 (911) C2S 1994-97
• Porsche 993 (911) C4S 1994-97
• Porsche 993 (911) TURBO 1994-96
• Porsche 993 (911) GT2 1994-97
• Porsche 993 (911) TURBO S 1994-97
  
  Please state your model when ordering

Featuring 350mm two-piece floating carbon ceramic discs front and rear, together with 6-piston front and 4-piston rear Brembo calipers, this package offers a significant improvement in braking consistency, pedal feel and fade resistance while dramatically reducing unsprung mass.

The calipers are available in Black, Silver or Red to complement your Porsche's styling, allowing you to personalise the appearance without compromising performance.

Kit Contents

The complete conversion kit includes:

• 2 x 350mm front two-piece floating carbon ceramic brake discs
• 2 x 350mm rear two-piece floating carbon ceramic brake discs
• 9m/Brembo 6-piston front performance brake calipers and front brake pads
• 9m/Brembo 4-piston rear performance brake calipers and rear brake pads
• CNC-machined billet aluminium adaptor brackets
• Braided stainless steel brake hoses
• Mounting hardware and fittings Comprehensive installation components

Advanced Carbon Ceramic Technology

At the heart of this braking system are the latest generation 9m carbon ceramic discs, manufactured using long-strand carbon fibre reinforced with silicon carbide. This sophisticated construction delivers extraordinary strength, exceptional wear resistance and industry-leading thermal stability.

Unlike conventional cast iron brake discs, carbon ceramic rotors are capable of maintaining outstanding braking performance even under repeated high-speed stops, making them ideal for spirited road driving, track days and endurance use.

Precision Floating Disc Design

Each rotor features a lightweight two-piece floating design, incorporating centre bells CNC machined from 6061-T6 billet aluminium.

The billet bells are:

• Precision CNC machined.
• Hard anodised for corrosion resistance.
• Exceptionally strong and rigid.
• Lightweight to reduce rotational mass.
• Designed to accommodate thermal expansion during extreme braking.

This floating construction improves braking consistency while reducing stress throughout the braking system.

Why Upgrade to Carbon Ceramic Brakes?

Carbon ceramic braking technology offers significant advantages over traditional cast iron brake systems.

Benefits include:

• Approximately 16kg reduction in unsprung weight compared with cast iron discs.
  
• Sharper steering response.
• Improved suspension performance.
• Faster vehicle direction changes.
• Increased acceleration due to reduced rotating mass.
• Enhanced ride quality. Improved overall vehicle dynamics.

Reducing unsprung weight allows the suspension to react more effectively to road surfaces, improving grip, handling and driver confidence.

Exceptional Heat Resistance

During repeated heavy braking, conventional steel discs gradually lose efficiency as temperatures increase.

The Ninemeister Carbon Ceramic system is engineered to withstand:

• High-speed road driving.
• Mountain roads. Fast road touring.
• Repeated track sessions.
• Extreme braking temperatures.
• Sustained high-performance driving.

The carbon ceramic construction delivers outstanding thermal stability, allowing the braking system to provide consistent stopping power without fade, even under the harshest conditions.

Outstanding Durability

One of the greatest advantages of carbon ceramic technology is longevity.

When properly maintained, the discs offer:

• Exceptional wear resistance.
• Outstanding corrosion resistance.
• Potential service life measured in hundreds of thousands of miles under normal road use.
• Reduced maintenance requirements.
• Long-term ownership value.

This makes carbon ceramic brakes an investment that continues to deliver performance throughout the life of the vehicle.

Benefits

Installing the Ninemeister 9m Carbon Ceramic Big Brake Kit provides:

• Dramatically improved braking performance.
• Superior pedal feel.
• Outstanding resistance to brake fade.
• Faster heat dissipation.
• Significant reduction in unsprung mass.
• Sharper handling characteristics.
• Improved suspension response.
• Reduced rotational inertia.
• Cleaner wheels.
• Exceptional durability.
• Reduced long-term maintenance.
• Stunning motorsport-inspired appearance.

Installation Recommendations

Professional installation is strongly recommended.

When fitting this performance braking system, it is recommended to inspecting or replace:

• Brake fluid with high-performance specification fluid.
• Wheel bearings.
• Suspension bushes.
• Ball joints.
• Track control arms.
• Brake master cylinder.
• Brake servo.
• Wheel alignment.
• Tyres suitable for increased braking performance.

Correct bedding-in procedures should always be followed to maximise braking efficiency and long-term disc life.

Why Choose Ninemeister?

Ninemeister has earned a worldwide reputation for engineering some of the most advanced Porsche performance components available. Every product is developed through extensive road and motorsport experience, combining innovative design with premium materials and uncompromising manufacturing standards.

The 9m Carbon Ceramic Big Brake Kit represents the ultimate braking upgrade for the Porsche 993, delivering supercar-level stopping performance while preserving excellent drivability, reliability and everyday usability.