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- Porsche Boxster 981 Spyder 3.8L 2016
9m Carbon Ceramic Brake Disc and Pad Kit - Steel to Carbon Ceramic Brake Disc Upgrade
Kit for front and rear
Upgrade the braking performance of your Porsche
981 Spyder with the 9m Carbon Ceramic Brake Disc & Pad Kit — a complete
lightweight high-performance braking solution engineered for road, fast road,
and track driving.
Fits:
- Porsche Boxster 981 Spyder 3.8L 2016
Kit Contents
• 2 x front carbon ceramic brake discs
• 2 x rear carbon ceramic brake discs
• 1 x set of front brake pads
• 1 x set of rear brake pads
Designed as a direct upgrade replacement for OEM steel brake discs, this advanced system combines motorsport-grade carbon ceramic technology with premium performance brake pads to deliver exceptional stopping power, reduced unsprung weight, and outstanding thermal stability.
The kit features lightweight two-piece floating carbon ceramic brake discs with centre bells precision-machined from aerospace-grade 7075-T6 billet aluminium for maximum rigidity and strength. The centre bells are hard anodised for improved durability and corrosion resistance under extreme operating conditions.
The 9m carbon ceramic discs are constructed using long-strand carbon fibre reinforced with silicon carbide, creating a highly durable braking surface capable of withstanding repeated high-load braking without fade.
Combined with the included high-performance brake pads, this system delivers excellent modulation, smooth release characteristics, and consistent braking performance across road and track environments.
With an impressive 16kg weight saving compared to conventional cast iron brake discs, this upgrade significantly improves vehicle dynamics, steering response, suspension control, and overall handling performance.
Key Features
• 9m carbon ceramic brake disc and pad kit
• Designed for Porsche 981 Spyder
• Direct replacement upgrade for OEM steel brake discs
• Lightweight two-piece floating disc design
• 350mm carbon ceramic discs front and rear
• CNC-machined 7075-T6 billet aluminium centre bells
• Hard anodised bells for durability and corrosion resistance
• Carbon fibre reinforced silicon carbide ceramic construction
• Approximately 16kg weight saving vs cast iron discs
• Reduced unsprung and rotational mass
• Excellent thermal stability and fade resistance
• Significantly reduced brake dust compared to cast iron systems
• OEM replacement brake pads with excellent modulation
• Suitable for road, fast road, and track-day use
Advanced Carbon Ceramic Brake Technology
The 9m carbon ceramic discs utilise long-strand carbon fibre construction reinforced with silicon carbide to deliver exceptional braking consistency under extreme conditions.
This advanced material technology provides:
• Superior heat resistance
• Outstanding thermal stability
• Reduced brake fade
• Improved durability and lifespan
• Consistent braking performance during repeated hard use
The floating disc design further improves thermal expansion control and braking precision.
High-Performance Brake Pads Included (Library image shown)
The included 9m OEM replacement brake pads are engineered for excellent modulation and release characteristics, providing predictable braking feel and driver confidence.
Manufactured using a low-metallic resin bonded friction material reinforced with steel and aramid fibres, the pads maintain a stable low-to-medium friction coefficient for balanced braking performance across both road and track conditions.
Benefits include:
• Smooth brake engagement
• Excellent pedal feel
• Stable friction characteristics
• Improved thermal resistance
• Consistent braking response
Lightweight Performance Benefits
Reducing unsprung and rotational mass dramatically improves overall vehicle dynamics.
Compared to standard cast iron brake systems, this kit
offers:
• Faster steering response
• Improved suspension performance
• Enhanced agility and turn-in
• Reduced overall brake weight
• Sharper braking feel and modulation
The substantial 16kg weight reduction transforms both handling and braking performance.
Reduced Brake Dust & Exceptional Longevity
Unlike traditional steel brake systems, carbon ceramic brakes produce significantly less brake dust, helping keep wheels cleaner for longer while reducing brake residue build-up.
The carbon ceramic construction also offers:
• Exceptional wear resistance
• Extremely long service life
• Stable high-temperature performance
• Reduced maintenance requirements
Under proper operating conditions, the discs can potentially last hundreds of thousands of miles.
Related reference numbers
Related, superseded, cross reference or alternative numbers for comparison.
9M98135103100KIT
The product you are viewing cross references to these numbers
This kit is comprised of the following items:
