Bosch BD1465 Discs with bearing - Rear Axle - ECE-R90 Certified - 1 single brake Disc

Bosch BD1465 Discs with Bearing – Rear Axle – ECE‑R90 Certified

The Bosch BD1465 Disc Brake is a high‑performance, single rear brake disc designed for automotive applications that demand reliable stopping power and durability. Engineered by Bosch, one of the world’s leading automotive component manufacturers, this disc incorporates an integrated bearing system to reduce friction and improve heat dissipation during braking.

Key Features

• Integrated Bearing: The built‑in bearing reduces wear on the wheel hub and enhances overall brake performance by maintaining optimal alignment between the disc and rotor.
• ECE‑R90 Certification: Meets European safety standards for automotive braking systems, ensuring compliance with stringent regulatory requirements.
• Single Disc Design: Ideal for vehicles that require a single rear brake disc, offering a balance between weight, cost, and stopping efficiency.
• Robust Construction: Made from high‑quality steel alloy, the disc resists corrosion and retains structural integrity under extreme braking conditions.
• Standard Dimensions: Diameter of 300 mm with a thickness of 11 mm, providing ample surface area for heat dissipation while maintaining compactness.
• Compatible Wheel Hub: Designed to fit standard rear axle hubs with a bore diameter of 114.3 mm, ensuring straightforward installation on compatible vehicles.

Performance Characteristics

The BD1465 delivers consistent braking performance across a wide range of temperatures and driving conditions. Its integrated bearing system allows for smoother rotation, reducing the likelihood of brake fade during prolonged use. The disc’s material composition ensures that it can withstand high thermal loads without warping or cracking.

Installation & Compatibility

Installing the BD1465 is a straightforward process for technicians familiar with standard rear brake assemblies. The disc fits into most vehicles equipped with a 300 mm rear rotor, including many models from major manufacturers such as Renault (Laguna, Latitude), and other European cars that require a single rear brake disc.

When replacing or upgrading, it is essential to match the disc’s bore size (114.3 mm) with the wheel hub to maintain proper alignment. The integrated bearing eliminates the need for separate hub bearings, simplifying maintenance and reducing assembly time.

Maintenance Tips

• Inspect the disc regularly for signs of wear or damage such as scoring, cracks, or uneven surfaces.
• Ensure that brake pads are correctly positioned against the disc to avoid excessive pad wear and heat buildup.
• Clean the disc surface with a non‑abrasive cleaner to remove oil, grease, or debris that could impair braking performance.
• Check for proper torque on mounting bolts during installation to prevent loosening over time.

Applications

The BD1465 is suitable for a variety of automotive platforms where a single rear brake disc is required. Common applications include:

• Compact and mid‑size passenger cars with rear disc brakes.
• Light commercial vehicles that benefit from reduced weight and simplified brake systems.
• Performance or racing variants where integrated bearings help manage heat during aggressive driving.

Why Choose Bosch?

Bosch’s reputation for engineering excellence, rigorous quality control, and commitment to safety makes the BD1465 a trusted choice among mechanics and automotive enthusiasts alike. The disc’s ECE‑R90 certification guarantees that it meets or exceeds European regulatory standards, providing peace of mind for both manufacturers and end users.

Conclusion

The Bosch BD1465 Disc Brake with Integrated Bearing represents a blend of advanced engineering, safety compliance, and practical performance. Its single‑disc design, coupled with an integrated bearing system, delivers reliable stopping power while simplifying maintenance and installation. Whether you are upgrading an existing vehicle or building a new one, the BD1465 offers a proven solution that aligns with industry standards and driver expectations.