Heavy Iron Rotors
Reduces rotor mass to support a lighter rotating and unsprung package.
Short-Fiber Carbon Ceramic Technology
Balanced carbon ceramic performance for road-focused vehicles
The ICOOH Short Fiber Carbon Ceramic Brake Disc is positioned for drivers who want lower rotor mass, corrosion resistance and stronger thermal capability while retaining practical daily and fast-road usability.
Short-Fiber ReinforcementDistributed reinforcement through the composite body.
Road-Performance BalanceDesigned around daily and fast-road use.
Lower Rotor MassReduces rotating and unsprung weight.
Vehicle-SpecificMatched by axle, dimensions, caliper and pads.
Material Architecture
How short-fiber reinforcement supports a balanced upgrade
Distributed short-fiber reinforcement is used throughout the carbon ceramic composite to support structural strength while retaining the low-mass, corrosion-resistant and thermally stable characteristics expected from a carbon ceramic rotor.
This version is positioned for road-oriented applications where performance, daily behavior and purchase value must be evaluated together.
- Distributed reinforcement throughout the composite structure
- Balanced daily and fast-road performance positioning
- Reduced rotating and unsprung mass
- Corrosion-resistant ceramic friction ring
- Vehicle-specific replacement or conversion fitment
＋Short-Fiber Structure ImageUse a fiber-distribution diagram, material cutaway or rotor cross-section. Recommended: 1200 × 900 px.
REPLACE_SHORT_FIBER_STRUCTURE_IMAGEEngineering note: Short fiber should not be described as low quality. Final performance also depends on fiber distribution, matrix composition, density, ventilation, friction surface, bell connection and production control.
Customer Problems
What this product is intended to solve
The short-fiber disc should address a defined ownership or performance requirement rather than serve as a purely visual upgrade.
Road Heat Cycles
Supports spirited road driving and repeated braking beyond ordinary commuting duty.
Surface Rust
The ceramic friction ring does not develop conventional cast-iron surface corrosion.
OEM CCB Replacement
Provides a vehicle-specific replacement path where system data is verified.
Choose by Driving Duty
Short-fiber vs long-fiber carbon ceramic discs
Short fiber is positioned around balanced road performance; long fiber is positioned around repeated high-energy and track-focused duty.
Decision factor
Short-fiber disc
Long-fiber disc
Primary use
Daily performance, fast road and compatible replacement applications
Track days, repeated high-energy braking and extreme duty
Main priority
Weight, corrosion resistance, usability and value balance
Thermal cycling and extended reinforcement architecture
Best buyer
Drivers seeking a practical road-focused carbon ceramic upgrade
Drivers with a defined high-load or frequent track requirement
Comfort priority
Higher—cold response, noise and daily behavior matter
Lower—thermal repeatability is the dominant requirement
Selection rule: Confirm vehicle mass, axle load, caliper, pad compound, disc dimensions and actual driving duty before choosing the fiber construction.
Recommended Applications
Best Suited For
Review Before Buying
Designed for daily performance and fast-road use
The short-fiber carbon ceramic disc is intended for performance-car owners who want lighter, cleaner and more thermally capable braking without making full track duty the only priority.
- Daily performance cars
- Fast-road and mountain driving
- Premium sedans, coupes and sports cars
- Street-focused brake conversions
- Compatible OEM carbon ceramic replacements
- Frequent full track sessions
- Competition-only vehicles
- Unverified pad or caliper combinations
- Diameter-only purchasing
- Unresolved fluid, tire or brake-balance problems
＋Road Performance ImageUse an installed disc, premium sports car or wheel-off technical scene. Recommended: 1200 × 1000 px.
REPLACE_STREET_APPLICATION_IMAGE
Technical Specifications
Product data
Dimensions vary by vehicle and axle. Replace every bracketed field with verified production data.
| Product name | ICOOH Short Fiber Carbon Ceramic Brake Disc |
| Material | Carbon-fiber-reinforced ceramic composite |
| Composite specification | [Confirm C/SiC material specification] |
| Fiber architecture | Distributed short-fiber reinforcement |
| Construction | Vehicle-specific ventilated friction ring with separate bell |
| Axle position | [Front / Rear] |
| Outside diameter | [XX mm] |
| New disc thickness | [XX mm] |
| Minimum thickness / wear limit | [XX mm or approved mass-loss limit] |
| Overall height / offset | [XX mm] |
| Center bore and bolt pattern | [XX mm / X × XX mm] |
| Disc weight | [XX kg per disc] |
| Bell material | [Confirm aluminum alloy and finish] |
| Recommended pads | [Approved carbon ceramic pad reference] |
| Fitment | Vehicle, chassis, model year, axle and brake-package specific |
Before Ordering
Confirm the complete brake-system fitment
Vehicle model and year alone may not identify the correct rotor. Factory brake packages and previous modifications can change the required dimensions and caliper relationship.
01
Vehicle
Make, model, chassis code, year, engine, trim and factory brake option.
02
Axle
Front or rear position, current system and parking-brake arrangement.
03
Rotor
Diameter, thickness, overall height, center bore, bolt pattern and offset.
04
Caliper
Caliper model, piston layout, radial position and pad sweep area.
05
Wheel
Wheel diameter, offset, inner barrel and spoke clearance.
06
Photos
Current rotor, caliper, part-number markings and hub arrangement.
Pads and Installation
Pad Compatibility
Professional Installation
Treat the rotor as part of a matched brake system
Use an approved carbon ceramic pad
Do not assume a conventional iron-rotor pad is compatible. Confirm the compound, temperature range and pad sweep for the selected disc.
- Street and track compounds have different priorities
- Pad annulus must match the friction ring
- Follow the specified bedding procedure
Measure before the vehicle is driven
Installation should be completed by a technician familiar with carbon ceramic brake systems.
- Clean and measure the hub face
- Verify disc runout and caliper alignment
- Use the specified fastener torque
- Check wheel clearance through a full rotation
- Never strike or drop the ceramic ring
System limitation: The rotor cannot independently correct boiled fluid, incompatible pads, insufficient tire grip, incorrect brake balance or inadequate caliper cooling.
ICOOH Order Support
Vehicle-specific support before purchase
Fitment ReviewVehicle, axle, caliper and rotor information can be reviewed before the application is confirmed.
Protected ShippingCarbon ceramic components require secure packaging and careful handling throughout delivery.
Technical GuidanceCompatibility and installation questions can be reviewed before ordering and installation.
Frequently Asked Questions
Short fiber carbon ceramic brake disc FAQ
What is a short-fiber carbon ceramic brake disc?
It is a carbon ceramic rotor using distributed short-fiber reinforcement through the composite structure. This version is positioned for balanced road performance and compatible replacement applications.
Is it suitable for daily driving?
Yes, when the rotor, pads and complete brake system are approved for road use. Confirm cold response, pad compound, noise expectations and fitment before ordering.
How is it different from the long-fiber version?
The short-fiber version prioritizes road usability, lower mass, corrosion resistance and value balance. The long-fiber version is positioned for repeated high-energy and track-focused duty.
Can it work with the original caliper?
Only when the disc is engineered as a direct replacement for the original caliper, pad geometry, effective radius, offset and brake-system configuration.
Can I reuse my current pads?
Only when the existing pad compound is specifically approved for the selected carbon ceramic friction surface.
Is it suitable for track use?
It may suit occasional performance use where the application is validated, but frequent full track sessions should be evaluated against the long-fiber option and the complete system thermal duty.
Confirm whether short fiber matches your driving needs
Send the vehicle model, chassis code, model year, axle position, current rotor dimensions and caliper information so ICOOH can review the correct road-performance application.