Brake disc ATE 24.0136-0133.2 348,0x36,0mm, 5x112,0, two-part brake disc, Vented

ATE 24.0136-0133.2 Brake disc – Key Features & Performance

The ATE 24.0136-0133.2 Brake disc provides consistent thermal stability through precision-engineered metallurgy, ensuring that the casting maintains structural integrity under rigorous operational demands. By incorporating advanced internally vented design, this component ensures precise thickness variation control, which is essential for maintaining a predictable pedal feel during repeated cycles. The assembly facilitates optimal friction engagement, directly supporting the exacting standards required for contemporary British road vehicle maintenance.

Thermal stability and heat resistance protocols

This component utilizes fade-resistant materials to maintain structural consistency during intense deceleration sequences. Technicians will note that it handles high heat effectively, preventing material fatigue during prolonged driving cycles. Engineers designate this component as heat resistant, ensuring compliance with original equipment specifications. With its high temperature resistance, the unit avoids warping under extreme conditions. The ATE 24.0136-0133.2 Brake discs demonstrate superior thermal stability, ensuring the unit functions reliably when mechanical loads are at their peak.

Advanced braking performance for modern vehicles

The 24.0136-0133.2 ATE brake discs provide strong braking force, allowing for predictable deceleration regardless of the vehicle load. Implementing this part yields maximum stopping power, vital for maintaining safety margins in dense traffic environments. These components offer high friction performance, ensuring stable engagement with the pad surface every time the pedal is depressed. Consistent, improved braking efficiency is achieved through the use of high-quality base materials. This specific ATE 24.0136-0133.2 maintains high braking performance, confirming its suitability for high-performance applications.

Achieving a low noise level during operation

Precision manufacturing ensures quiet operation, even when the discs are subjected to cold-start conditions. Silent braking is facilitated by the exact tolerances of the friction track, which reduces surface harmonics. The design is inherently noise-free, eliminating the common auditory disturbances experienced with lower-grade aftermarket alternatives. Incorporating anti-squeal properties, the ATE 24.0136-0133.2 Brake disc set minimizes chatter during light-to-moderate stop-start usage. For a squeak-free installation, the disc ensures low noise is maintained throughout the entire service interval.

Internally ventilated discs for thermal management

The ATE 24.0136-0133.2 Brake rotors feature an optimised airflow design, which forces atmospheric air through the center of the casting to lower internal temperatures. These are internally ventilated, allowing for rapid extraction of heat generated between the contact surfaces. Being specifically ventilated, the unit prevents localized overheating that can cause surface hardening. Strategically positioned cooling vanes circulate air continuously, preventing the buildup of trapped heat. This architectural choice is central to the efficacy of the 24.0136-0133.2 ATE unit in demanding conditions.

High premium class engineering standards

These components are sourced from top-tier brands, ensuring they meet rigorous automotive industry benchmarks for reliability. The high-end manufacturing process ensures that every unit arrives within strict tolerance guidelines. We define this as premium quality, reflecting the investment in metallurgy and inspection. Providing professional grade consistency, these parts serve as a standard for workshop replacements. ATE 24.0136-0133.2 Brake discs are classified as premium, offering a level of build quality that supports extended vehicle longevity.

Optimised cooling efficiency for sustained load

The unit is ventilated to ensure that heat energy is managed across the entire surface area. By utilising optimised airflow, the disc avoids the thermal saturation that leads to pedal fade. Engineers have achieved improved cooling through the precise spacing of the internal bridge structures. The cooling channels are sized to maximize volume exchange without sacrificing the axial strength of the casting. This enables fast heat dissipation, ensuring that the assembly remains functional under high-stress conditions.

Mechanical integrity and warp resistance

The metallurgical composition maintains shape under heat, preventing common issues like disc run-out. The alloy is deformation-resistant, ensuring that the friction surface remains parallel to the caliper assembly. These discs are stable under stress, providing a consistent contact patch regardless of the operating temperature. By utilizing warp-resistant casting methods, the manufacturer ensures that the disc maintains its geometric profile over thousands of miles.

Top brands and industry market position

ATE is frequently identified among the most trusted brands by professional technicians. When comparing the best brake disc brands, this manufacturer consistently ranks for build precision and material purity. These are quality brands, selected by workshops that prioritise long-term customer satisfaction. The reputation of such reputable manufacturers is built on the consistent performance of their hardware. Utilizing well-known brands like ATE simplifies the installation process by ensuring perfect fitment every time.

ATE 24.0136-0133.2 Brake discs: Key Performance and Safety Highlights

This 24.0136-0133.2 ATE component delivers reliable performance across all driving parameters. The following table details the core characteristics of the product as verified by our technical assessment. These data points reflect the design priorities established by the manufacturer.

The ATE 24.0136-0133.2 Brake disc set ensures that heat dissipation is managed effectively during high-load scenarios. By opting for these, workshops receive a product that is consistently stable under stress. The 24.0136-0133.2 ATE represents a balanced choice for both passenger and light commercial vehicles requiring reliable hardware.

Why the ATE 24.0136-0133.2 Brake disc is an Excellent Choice

These components demonstrate the value of OE quality manufacturing when addressing long-term maintenance requirements. A focus on metallurgy ensures that rotor wear remains predictable over extended service intervals. By reducing the frequency of premature replacement, the disc offers significant cost-per-mile efficiency. Technicians can rely on the dimensional accuracy of the casting for straightforward installation.

We recommend ATE 24.0136-0133.2 as a primary solution for routine service requirements. The ATE 24.0136-0133.2 Brake disc set provides the mechanical resilience necessary for diverse operating environments. Integrating this ATE 24.0136-0133.2 into your vehicle maintenance program ensures consistent braking dynamics. Please contact our technical desk for further information regarding specific fitment and torque specifications.