Is this a direct OEM replacement?

Yes. These rotors use an OEM-style mounting layout and are intended as a direct-fit upgrade over a stock or economy replacement rotor. Confirm exact size and fitment for your vehicle before ordering.

What advantage does high-carbon cast iron offer over standard rotors?

The high-carbon formulation improves thermal stability and internal damping. That helps reduce pedal pulsation from heat distortion and lowers the chance of brake squeal versus a basic gray-iron rotor.

Why is the rotor coated gold?

It's a Dacromet anti-corrosion coating that protects the rotor during shipping, storage, and installation. The coating on the pad contact area wears off naturally during the first few stops; the coating on hats, vanes, and edges remains for long-term rust protection.

Are these track rotors?

No. They are designed for street and daily driving as an OEM upgrade. For aggressive track use, a dedicated slotted or two-piece performance rotor is more appropriate.

We strongly recommend installing fresh pads with new rotors and following a proper bed-in procedure to establish an even pad transfer layer.

Dischi freno OEM di upgrade in Dacromet ad alto contenuto di carbonio

Dettaglio del Prodotto
Guida alla Cura

Dischi freno · Stile OEM · Adattamento diretto · Uso stradale e quotidiano

Dischi freno in ghisa ad alto contenuto di carbonio per upgrade OEM

I dischi freno in ghisa ad alto contenuto di carbonio TTSPORT sono una sostituzione più resistente e termicamente stabile rispetto ai dischi di fabbrica usurati — senza modificare il layout di montaggio originale. Realizzati per guidatori quotidiani che desiderano un rodaggio più pulito, frenate più silenziose e una migliore resistenza alla deformazione termica rispetto a un disco economico.

Perché passare da una semplice sostituzione OEM

Costruzione in ghisa ad alto contenuto di carbonio

Le superfici di attrito rimangono più dimensionalmente stabili con l'aumento della temperatura dei freni, riducendo il pulsante del pedale legato alla deformazione termica.

Costruzione monoblocco

Supporta una sensazione di pedale costante e una risposta prevedibile durante le frenate ripetute.

Superficie di attrito scanalata e lavorata di precisione

Favorisce un trasferimento uniforme della pastiglia durante il rodaggio per un rodaggio più pulito e un funzionamento più silenzioso.

Rivestimento Dacromet dorato

Protegge le superfici non di attrito durante la spedizione, lo stoccaggio e l'installazione; il rivestimento sulla superficie di contatto con le pastiglie si consuma naturalmente durante i primi frenaggi.

Montaggio in stile OEM

Sostituzione ad adattamento diretto che mantiene il layout originale della pinza e del supporto.

Gestione del calore & NVH

La formulazione in ghisa ad alto contenuto di carbonio aumenta l'attenuazione rispetto alla ghisa grigia standard, contribuendo a ridurre il cigolio dei freni e il rumore ad alta frequenza. Combinato con una finitura lavorata di precisione, il disco supporta un ciclo di rodaggio più fluido e un comportamento più costante della superficie di attrito durante le frenate stradali ripetute.

Specifiche

Disco del Freno
Serie	Serie di dischi di sostituzione ad adattamento diretto OEM-Upgrade
Materiale del disco	Ghisa ad alto contenuto di carbonio
Costruzione	Monoblocco
Superficie di attrito	Scanalata e lavorata di precisione
Finitura	Rivestimento antiruggine Dacromet dorato
Fan di Goblincore:	Montaggio in stile OEM / adattamento diretto
Uso previsto	Strada e guida quotidiana

Diametro, spessore, schema di foratura e posizione dell'asse variano a seconda dell'applicazione. Confermare la compatibilità con il nostro team prima dell'ordine.

Questa pagina prodotto descrive solo i dischi freno di ricambio. Pinze, pastiglie, tubi dei freni, supporti, cappucci dei dischi e hardware di montaggio non sono inclusi a meno che non siano specificati separatamente nell'ordine finale.

Installazione & rodaggio

Installare con hardware pulito e serrare secondo le specifiche del costruttore del veicolo.
Il rivestimento Dacromet sulle superfici di attrito si usura durante le prime frenate — questo è normale.
Eseguire una corretta procedura di rodaggio delle pastiglie con una serie di fermate moderate e poi più decise, con pause di raffreddamento, per depositare uno strato uniforme di trasferimento sulla pastiglia.
Evitare frenate dure e prolungate fino a completo rodaggio di dischi e pastiglie.

Domande frequenti

È un sostituto OEM diretto?

Sì. Questi dischi utilizzano un layout di montaggio in stile OEM e sono destinati come upgrade diretto rispetto a un disco di serie o economico. Confermare le dimensioni e la compatibilità esatte per il proprio veicolo prima dell'ordine.

Quali vantaggi offre il ghisa ad alto contenuto di carbonio rispetto ai dischi standard?

La formulazione ad alto contenuto di carbonio migliora la stabilità termica e l'attenuazione interna. Ciò aiuta a ridurre la pulsazione del pedale causata dalla deformazione termica e a diminuire il rischio di cigolio rispetto a un disco in ghisa grigia di base.

Perché il disco è rivestito in oro?

È un rivestimento antiruggia Dacromet che protegge il disco durante la spedizione, lo stoccaggio e l'installazione. Il rivestimento sull'area di contatto della pastiglia si usura naturalmente durante le prime frenate; quello su mozzi, alette e bordi rimane per una protezione antiruggia a lungo termine.

Sono dischi da pista?

No. Sono progettati per uso stradale e quotidiano come upgrade OEM. Per un uso aggressivo in pista, è più appropriato un disco performance con scanalature dedicate o a due pezzi.

È necessario installare nuove pastiglie?

Si consiglia vivamente di installare pastiglie nuove insieme ai nuovi dischi e di seguire una corretta procedura di rodaggio per creare uno strato di trasferimento uniforme della pastiglia.

Hai bisogno di aiuto per confermare l'idoneità?

Invia il modello, l'anno, la versione, la posizione dell'asse, il diametro del disco, lo spessore e lo schema di foratura del tuo veicolo. TTSPORT aiuterà a confermare la specifica corretta del disco prima dell'ordine.

Contattaci

Brake Rotors · Fitment · Installation · Bedding · Care Guide

Brake Rotor Care Guide

Brake rotors are not just round discs that bolt behind the wheel. Rotor diameter, thickness, offset, vane direction, surface pattern, material, coating, hat design, pad compound, and driving use all affect fitment and performance.

This guide explains how to choose, install, bed in, inspect, and care for TTSPORT brake rotors so the rotor and pad system works as intended.

1. Before Ordering: Confirm the Rotor Specification

Do not order rotors by appearance or diameter alone. Two rotors can look similar but use different offsets, hub registers, vane directions, bolt patterns, thicknesses, or hat designs.

Vehicle year, make, model, trim, market version, and chassis code if available
Front or rear axle position
Current rotor diameter, thickness, center bore, and bolt pattern if known
Current caliper model and brake pad shape if known
Wheel diameter, wheel offset, and spoke / barrel clearance if rotor size changes
Rotor construction: one-piece, two-piece, floating, fixed, iron, steel, or carbon ceramic
Driving use: daily street, mountain road, towing, HPDE, rally, track, drift, or competition

Brake rotors are application-specific. A wrong rotor offset or thickness can misalign the caliper, create pad overhang, cause vibration, or prevent wheel clearance.

2. Choose the Rotor Type by Use Case

The best rotor is the one matched to the vehicle and driving use. Surface pattern alone does not make a rotor better.

Plain / Smooth Rotors

Best for quiet daily use, low NVH, and smooth pad wear. A good choice for commuting and OE-style replacement.

Slotted Rotors

Designed to keep the pad interface active and help clear dust, gas, and water film. Expect more pad wear than a smooth street rotor.

Drilled Rotors

Often chosen for appearance and wet-weather surface clearing. For hard track use, confirm the rotor design is approved for sustained heat.

Two-Piece Rotors

Use a separate friction ring and rotor hat to reduce weight and allow ring replacement when the hat remains within service limits.

High-Carbon Iron Rotors

Used for better thermal stability and damping compared with basic gray-iron replacement rotors.

Carbon Ceramic Rotors

Require compatible pads, correct bedding, and strict fitment confirmation. Do not treat CCB rotors like standard iron rotors.

3. Before Installation: Inspect and Prepare

Rotor installation quality directly affects pedal feel, vibration, pad wear, and service life. A premium rotor installed on a dirty hub can still develop brake judder.

Inspect the new rotor for shipping damage, coating damage, cracks, burrs, or incorrect machining.
Confirm rotor diameter, thickness, center bore, bolt pattern, offset, and left / right orientation where applicable.
Clean the wheel hub mounting face until it is flat and free of rust, scale, dirt, paint buildup, and debris.
Clean the rotor mounting face and friction surfaces with brake cleaner where required.
Confirm wheel bearing condition and hub runout if vibration existed before the rotor replacement.
Use fresh or correctly prepared brake pads when installing new rotors.
Confirm caliper bracket, pad hardware, guide pins, pistons, and brake hoses are in safe working condition.

Safety: Do not install a rotor if the hub face is dirty, the rotor does not sit flat, the direction is unclear, or the caliper does not center correctly over the disc.

4. Installation Checks

Hub Face

The hub must be clean and flat. Rust or debris between the hub and rotor can create lateral runout and brake vibration.

Rotor Direction

Confirm left / right orientation if the rotor uses directional vanes, directional slots, directional drilling, or asymmetric cooling design.

Runout

Measure rotor runout if possible, especially on performance applications or vehicles with previous vibration complaints.

Pad Contact

Check that the pad sweeps correctly across the friction face and does not overhang the rotor edge or hat area.

Wheel Clearance

Confirm wheel spoke and barrel clearance after the rotor and caliper are installed. Rotor size changes can affect final caliper position.

Hardware

Torque wheel nuts, caliper bolts, bracket bolts, and two-piece rotor hardware to the required specification. Do not guess torque values.

5. Extra Checks for Two-Piece Rotors

Two-piece rotors need additional inspection because the friction ring, hat, and mounting hardware work together as a serviceable assembly.

Confirm friction ring diameter, thickness, vane direction, and bolt pattern before assembly.
Inspect rotor hats for cracks, fretting, corrosion, worn bolt holes, or damaged hub registers.
Use the correct bolts, nuts, washers, bobbins, or floating hardware specified for the rotor assembly.
Torque hat hardware in the required sequence and use the specified locking method.
Do not mix old and new hardware unless TTSPORT specifically allows it for that rotor design.
After the first heat cycle, inspect hardware security and ring-to-hat condition where required.

A two-piece rotor is not automatically floating. Floating behavior depends on the hat, friction ring, bobbins, fasteners, and assembly design.

6. Bedding and First Heat Cycle

Bedding is required for new rotors and pads. The goal is to create an even pad material transfer layer on the rotor surface and gradually heat-stabilize the rotor before full-load use.

Follow the bedding procedure supplied with the exact pad and rotor combination.
Start with controlled moderate stops unless the supplied procedure requires otherwise.
Do not begin with emergency stops on fresh rotors and pads.
Avoid coming to a full stop and holding the brake pedal while the pads and rotors are very hot.
Allow a cool-down period after bedding before parking the vehicle.
After bedding, inspect pedal feel, rotor surface, pad contact, abnormal vibration, and fluid leaks.

Street pads, race pads, carbon ceramic pads, iron rotors, two-piece rotors, and CCB rotors may require different bedding procedures. Use the supplied TTSPORT procedure for the specific system.

7. First 500–1,000 km (300–600 mi)

After the initial bedding cycle, give the rotor and pad pair time to settle. Avoid treating a fresh brake setup like a fully heat-cycled race system on day one.

Avoid repeated emergency stops unless required for safety.
Avoid dragging the brakes downhill for long periods.
Use progressive braking instead of sudden last-second pedal input.
Monitor for vibration, steering-wheel shake, grinding, or abnormal smell.
Recheck wheel torque and brake hardware where the installation procedure requires it.
Inspect rotor surface appearance after the first few drives.

8. On-Road Care

Do not shock hot rotors: after spirited driving, track use, towing, or mountain descents, do not spray hot rotors with cold water.
Do not hold the car on hot brakes: after heavy braking, avoid sitting still with heavy pedal pressure when possible.
Use engine braking on long descents: reduce continuous brake heat where appropriate and safe.
Watch surface rust: light surface rust after rain or washing is normal on iron rotors and usually clears during the first few stops.
Investigate pitting: deep rust pitting, heavy scoring, grooves, or material transfer patches should be inspected.

9. Routine Rotor Inspection

Rotors are wear items. Inspect them more often if the vehicle sees track use, mountain roads, towing, winter salt, off-road use, or aggressive pad compounds.

Measure rotor thickness and compare it with the minimum thickness specification.
Check both inner and outer friction faces for scoring, cracks, grooves, heat spots, and uneven deposits.
Inspect the outer edge for a large wear lip.
Check for vibration, pedal pulsing, or steering-wheel shake under braking.
Inspect drilled holes or slot ends for cracks where applicable.
Inspect two-piece rotor hats and hardware for loosening, fretting, corrosion, or damaged bolt holes.
Check pad wear at the same time; uneven pad wear can point to caliper or rotor alignment issues.

10. When to Replace Rotors

Rotor thickness is at or below the minimum specification.
Cracks are deep, growing, or extending from drilled holes, slots, or edges.
Severe scoring, pitting, or hot spots cannot be corrected safely.
Brake judder remains after proper bedding, pad inspection, and hub / runout checks.
The rotor has heavy corrosion on the friction face or vane structure.
The rotor hat, hardware, or mounting interface is damaged on a two-piece rotor.
The rotor has been overheated beyond the service limit for the compound and use case.

Do not run rotors below minimum thickness. Thin rotors have reduced heat capacity and can compromise braking safety.

11. Stop Driving If You Notice These Symptoms

Do not continue driving if the brake system shows any of the following symptoms. Inspect the system or contact a qualified brake technician before using the vehicle again.

Grinding, scraping, or metal-on-metal brake noise
Severe vibration, brake judder, or steering-wheel shake
Visible rotor cracks, missing material, or severe heat damage
Heavy scoring or grooves that appear suddenly
Vehicle pulling strongly to one side under braking
Soft pedal, sinking pedal, or sudden increase in stopping distance
Loose rotor, caliper, bracket, rotor hat, or hardware noise

Need help choosing or caring for brake rotors?

Send your vehicle details, current rotor size, caliper model, wheel specs, pad compound, driving use, and any symptoms you notice. TTSPORT will help confirm the correct rotor type and care path for your setup.