OPUS Carbon Ceramics — Aerospace-Grade Brake Systems

The Material Reality

OPUS Carbon Ceramic disc under red lighting

Stop PayingExotic Pricesfor Particle Board.

Look at standard OEM carbon ceramics from the big names. They use chopped fiber. Think of it like MDF or cheap particle board. It is just a bunch of short, weak fibers glued together. It chips easily, degrades quickly, and once that thin surface layer is gone, the rotor is expensive trash.

OPUS uses a 3D Continuous Long-Fiber Matrix. Think of it like solid, old-growth hardwood. Long, unbroken strands woven together for immense structural integrity. It resists wear, refuses to chip, and can be resurfaced multiple times.

3D Continuous Long-Fiber Matrix

Long, unbroken strands woven together for immense structural integrity

Resurfaceable

Unlike chopped-fiber OEM rotors, the OPUS disc can be resurfaced multiple times

Impact Resistant

Refuses to chip where conventional carbon ceramics fail at the surface layer

Aerospace Pedigree

OPUS Carbon Ceramic disc close-up detail

Built to Stop80,000-PoundAirliners.

The technology inside an OPUS rotor was not developed for weekend track days. It was developed to stop 80,000-pound commercial airliners and military jets. Our exact carbon-ceramic friction material is currently trusted by Boeing, Airbus, and classified military aerospace programs worldwide.

We took that exact same extreme-environment stopping power and bolted it to your hub. If it can stop a jet on a short runway, it can handle your braking zone.

900 C

Operating Ceiling

3D Matrix

Fiber Architecture

100-900 C

Full Operating Window

Resurfaceable

Multiple Times

Proprietary Technology

The Unfair Advantage.Exclusively Ours.

You cannot buy this material anywhere else. Period. The 3D continuous long-fiber matrix used in our rotors is so heavily guarded that OPUS holds the absolute exclusive rights to it in the entire automotive industry.

No other brand, no other manufacturer, and no other distributor has access to this specific aerospace-grade friction technology. When you run OPUS, you are running a proprietary weapon that your competitors literally cannot buy.

Exclusive Automotive Rights

OPUS holds the absolute exclusive rights to this material in the entire automotive industry

Aerospace-Grade Friction Technology

Trusted by Boeing, Airbus, and classified military aerospace programs worldwide

Unavailable to Competitors

No other brand, manufacturer, or distributor has access to this specific material

Validation

Forged inthe Green Hell.

We don't rely on dyno numbers; we rely on lap times. OPUS braking technology has been extensively tested and validated on the most punishing 12.9 miles of asphalt on earth: the Nurburgring Nordschleife.

Our continuous-fiber matrix has been instrumental in securing record-setting lap times for prototype hypercars, proving its dominance under the most extreme, sustained abuse imaginable.

12.9 Miles of Validation

Tested and validated on the Nurburgring Nordschleife, the most punishing circuit on earth

Record-Setting Lap Times

Instrumental in securing prototype hypercar lap records under extreme, sustained abuse

Lap Times, Not Dyno Numbers

Real-world validation under conditions that destroy conventional brake systems

Cold Bite and Pedal Feel

The Biggest Liein the Industry.

The biggest lie in the industry is that carbon ceramics have to feel numb when cold. OPUS shatters that compromise.

Because of our proprietary 3D matrix and universal pad compatibility, our system delivers the most aggressive, confidence-inspiring cold bite of any carbon-ceramic setup on the market. From the first stop sign out of your driveway to the final hairpin at the track, you get immediate, linear modulation and a rock-solid pedal feel that traditional ceramics simply cannot match.

Immediate Cold Bite

Maximum confidence from the first stop sign out of your driveway

Linear Modulation

Consistent, predictable pedal feel from street to track, no surprises

Universal Pad Compatibility

Any OPUS pad works with any OPUS rotor across the entire product line

Performance Data

The NumbersDon't Lie.

Three independent data visualizations. One conclusion. The OPUS system outperforms both OEM options across every measurable dimension, from operating temperature ceiling to peak friction coefficient to total unsprung weight removed.

Performance figures shown are for the Porsche 991 GT3 / GT3 RS application. Specifications vary by vehicle fitment.

01 -- Friction Coefficient vs. Temperature

The Highest Friction.
The Widest Window.

The OPUS compound maintains a higher, flatter friction coefficient across a wider temperature range than either OEM option, with no fade within its 100-900 C operating window.

02 -- Performance Radar

Six Axes.
One Winner.

Across all six performance dimensions, the OPUS polygon fills the frame. The OEM systems do not.

03 -- Relative Performance Metrics

Category
by Category.

Scored 0-100 across seven performance categories. The OPUS system leads in every single one.

Unsprung Weight

44 lbs LighterThan Steel.

Unsprung weight is the most consequential mass on a performance car. It is the weight your suspension cannot control. The OPUS system removes 44 lbs of it, more than the OEM carbon ceramic option removes, without the fragility, the oxidation risk, or the replacement cost.

Figures shown for Porsche 991 GT3 / GT3 RS application.

OEM Steel95lbs

Baseline, 4 rotors total

OEM Carbon Ceramic57lbs

-38 lbs vs steel. Chopped fiber. Expensive to replace

OPUS Masterpiece51lbs

-44 lbs vs steel. Lightest of the three. Impact resistant. Resurfaceable

Quick-Reference Scorecard

Three Systems.One Answer.

Attribute	OPUS	OEM Carbon Ceramic	OEM Steel
Fiber Construction	3D Continuous Long-Fiber Matrix	Chopped Fiber (short, random)	N/A, Cast Iron
Disc Material	Aerospace-Grade C/SiC	Standard Carbon Ceramic	Grey Cast Iron
Temp. Range	100-900 C	100-750 C	100-550 C
Cold Bite	Excellent, immediate from cold	Good	Good
Fade Resistance	Excellent, no fade in window	Good	Moderate, fades above 550 C
Impact Resistance	High, refuses to chip	Fragile, chips easily	High, impact tough
Resurfaceable	Yes, multiple times	No	Yes
Rotor Weight	Lightest	Light	Heavy
Track Suitability	Canyons / Track Day / Competition	Street / Light Track	Street / Light Track

The System

Three Tiers.One Standard.

Every OPUS system ships with four friction discs, four brake pads, proprietary superalloy hardware pre-assembled, and four carrying and display cases. What separates the tiers is the hat, the finish, and the level of machine time invested. Any pad works with any rotor across all three lines.

OEM+ $13,900USD

Entry Tier

Looks OEM.
Performs Beyond It.

The OEM+ retains the stock visual profile while replacing every critical component with something better. The hat is forged from 7075 aluminum, the same alloy used in aerospace structural components, paired with our proprietary superalloy hardware. From the outside, it looks like it belongs. From the braking zone, it does not.

What's Included

Four aerospace-grade 3D continuous long-fiber friction discs
Four hats forged from 7075 aluminum alloy
Proprietary superalloy hardware, pre-assembled
Four brake pads
Four carrying and display cases

Masterpiece $15,900USD

Signature Tier

FEA-Optimized.
CNC-Machined.
F1-Finished.

The Masterpiece takes the OEM+ foundation and removes everything that does not need to be there. The hat is FEA-analyzed and CNC-machined to reduce mass while maintaining identical structural integrity, making it approximately 20% lighter than the OEM+. The finish is F1-grade electroless nickel plating for superior heat and corrosion resistance. The result is a system you can see the engineering in.

The Masterpiece is the perfect fit for spirited canyon driving and occasional track days. It is built for the driver who wants the best of both worlds without compromise.

What's Included

Four aerospace-grade 3D continuous long-fiber friction discs
Four FEA- and CNC-optimized hats with F1-grade electroless nickel plating
Proprietary superalloy hardware, pre-assembled
Four brake pads
Four carrying and display cases

~20%

Lighter Than OEM+

F1-Grade

Electroless Nickel Finish

Motorsport $22,900USD

Track Tier

Dedicated Track.
No Compromise.
No Exceptions.

The Motorsport is not a street system. It is designed exclusively for dedicated track cars that will never see a public road. The hat is machined from aerospace-grade aluminum-lithium alloy, the same material F1 teams use for brake components, making it the lightest hat in the OPUS lineup. The friction discs are a fully optimized motorsport-specific variant with the most aggressive cooling channel geometry in the range, engineered for maximum thermal evacuation under sustained competition loads.

The Motorsport pads are developed specifically for this tier: maximum aggression, maximum stopping power, zero concession to street drivability. If your car lives at the track, this is the only system worth considering.

What's Included

Four motorsport-optimized 3D continuous long-fiber friction discs with aggressive cooling channels
Four aluminum-lithium alloy hats, lightest in the OPUS lineup
Proprietary superalloy hardware, pre-assembled
Four Motorsport-compound brake pads
Four carrying and display cases

Track Use Only. Not for Street Driving.

OPUSCarbonCeramics

Stop PayingExotic Pricesfor Particle Board.

The Disc is Different
at the Fiber Level.

Built to Stop80,000-PoundAirliners.

Arrives Ready.
No Compromise in Transit.

The Unfair Advantage.Exclusively Ours.

Forged inthe Green Hell.

The Biggest Liein the Industry.