
( Brand: Sbs ), ( Manufacturer Part Number: 734DC.S-PU ), ( Type: Brake ), ( Country Of Origin: Denmark ), ( California Prop 65 Warning: Cancer And Reproductive Harm Www.p65warnings.ca.gov ), ( Manufacturer Warranty: 1 Year Manufacturer Warranty ), ( Vehicletype: Street ), ( Authorized Dealer: Yes ), ( Photo Disclaimer: For Reference Only, May Differ From Product, See Item Details. ), ( Legal Disclaimer: Your Local Laws Before Purchasing. ), ( Compatibility Disclaimer: Compatibility Chart Information Provided By )
The **SBS 734DC.S-PU Dual Carbon Brake Pads** represent a cutting-edge fusion of high-performance engineering and precision craftsmanship, designed for discerning drivers who demand uncompromising stopping power, durability, and thermal resilience in both everyday commuting and spirited driving scenarios. Engineered from a proprietary blend of **high-modulus carbon fibers and ceramic composites**, these brake pads deliver an exceptional balance of friction stability, low dust generation, and superior heat dissipation, making them an ideal choice for vehicles equipped with high-performance braking systems, including those with **ABS, EBD, or advanced traction control**. The **734DC.S-PU** variant incorporates a **semi-metallic polyurethane backing**, which enhances structural integrity while reducing weight, ensuring consistent pad-to-rotor contact and minimizing brake fade under sustained high-speed or aggressive braking conditions. Unlike conventional organic or semi-metallic pads, these dual-carbon formulations resist warping, cracking, or glazing even under extreme thermal loads, making them particularly well-suited for **high-performance, turbocharged, or hybrid vehicles** where braking demands are elevated. The **low-dust composition** not only prolongs the lifespan of brake rotors and calipers but also minimizes the need for frequent cleaning, reducing maintenance hassles while preserving the aesthetic integrity of alloy wheels. Whether installed on **sports sedans, muscle cars, or performance SUVs**, these brake pads offer a near-silent operation, reduced brake squeal, and a progressive, responsive feel that enhances driver confidence without sacrificing comfort. Built to meet or exceed **DOT, SAE, and OE specifications**, the **734DC.S-PU** pads are rigorously tested for compatibility with a wide range of brake systems, including **ventilated discs, cross-drilled, and slotted rotors**, ensuring seamless integration and optimal braking performance across diverse driving conditions. For enthusiasts seeking a **long-lasting, high-performance upgrade** that bridges the gap between stock and aftermarket solutions, the SBS 734DC.S-PU represents a premium, no-compromise choice combining the durability of ceramic with the responsiveness of carbon for a braking experience that is as refined as it is reliable.
### Pros and Cons of Buying SBS 734DC.S-PU 734DC Dual Carbon Brake Pads
**Pros:**1. **High Performance**: These brake pads are designed for high-performance applications, offering superior stopping power and consistency. The dual carbon composition provides excellent heat dissipation and durability, making them ideal for aggressive driving or track use.
2. **Durability**: The carbon-based material is known for its longevity compared to traditional ceramic or semi-metallic pads. This can reduce the frequency of replacements, saving time and money in the long run.
3. **Low Dust**: Carbon brake pads tend to produce significantly less dust than other types, which is beneficial for maintaining clean wheels and tires, as well as reducing the mess inside the cabin.
4. **Compatibility**: These pads are designed to fit a wide range of vehicles, particularly those equipped with high-performance braking systems. The SBS 734DC.S-PU is specifically tailored for dual-piston calipers, ensuring a precise fit and optimal performance.
5. **Enhanced Braking Feel**: Carbon brake pads often provide a more responsive and engaging braking feel, which is appreciated by enthusiasts and drivers who prioritize performance.
6. **Resistance to Glazing**: The composition of these pads is less prone to glazing, a common issue with ceramic pads that can reduce braking efficiency over time.
7. **Compatibility with High-Temperature Environments**: The dual carbon material can handle high temperatures better than many other types of brake pads, which is crucial for performance driving or repeated hard braking.
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**Cons:**1. **Cost**: One of the primary drawbacks of carbon brake pads is their high upfront cost. They are significantly more expensive than ceramic or semi-metallic pads, which can be a deterrent for budget-conscious buyers.
2. **Installation Complexity**: Carbon brake pads often require professional installation due to their sensitivity to improper handling. Improper installation can lead to uneven wear or reduced performance. Additionally, they may require specialized tools or techniques.
3. **Noise Sensitivity**: While carbon pads produce less dust, they can sometimes generate more noise, particularly when new. This noise can be squealing or grinding, which may be noticeable to some drivers.
4. **Limited Availability**: Carbon brake pads are not as widely available as other types of brake pads. Finding a reputable supplier or dealer may be more challenging, especially for specific vehicle models.
5. **Maintenance of Rotors**: Carbon brake pads can be more demanding on rotors. They may require higher-quality rotors to perform optimally, and the rotors may need to be resurfaced or replaced more frequently, adding to the overall cost.
6. **Not Ideal for Everyday Driving**: While these pads excel in performance scenarios, they may not be necessary for everyday driving. For most daily commuters, ceramic or semi-metallic pads may offer a better balance of cost and performance.
7. **Potential for Brake Fade**: Although carbon pads handle heat well, prolonged extreme braking (e.g., track days or aggressive driving) can still lead to brake fade if the system is not adequately cooled or maintained.
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### Conclusion:The SBS 734DC.S-PU 734DC dual carbon brake pads are an excellent choice for drivers who prioritize high performance, durability, and low maintenance in their braking system. They are particularly well-suited for enthusiasts, track drivers, or those who frequently engage in aggressive driving. However, their high cost, complexity of installation, and potential for noise or rotor wear make them less ideal for everyday drivers or those on a tight budget. If you are looking to upgrade your braking system for performance purposes and can justify the investment, these pads are a strong recommendation. For most casual drivers, however, a more cost-effective alternative like ceramic or semi-metallic pads may be a better fit.
### Recommendation:If you are a performance-oriented driver, frequently push your vehicle to its limits, or participate in track days, then the SBS 734DC.S-PU 734DC dual carbon brake pads are highly recommended. Ensure that you have them installed by a professional to maximize their performance and longevity. If you are primarily looking for reliable, low-maintenance brakes for everyday driving, consider other options that offer a better balance between cost and performance. Always pair these pads with high-quality rotors and ensure your brake fluid is fresh and of high quality to complement their performance.
Available for select high-performance applications. Initial brake pad bite is increased by 25% over current compounds. Vehicle Fitment: 1999 - 2000 fits HON CBR600F F4, 2001 2006 F4I, 2003 2004 CBR600RR, 1998 - 1999 CBR900RR, 2000 - 2001 CBR929RR, 2002 - 2003 CBR954RR, 2000 2006 RVT1000R RC51, 2000 2005 VTR1000 Super Hawk Consistent, powerful performance for the life of brake pad. NEVER use DC pads for street riding, Dual Carbon DC brake were developed in World Super bike, Super sport and Grand Pix to deliver the highest levels of pad performance.
Full brake power after 8-10 stops; no thermal bedding required. Pads cause minimal wear on both stainless steel and cast iron discs. New DEST Dynamic Energy Surface Treatment eliminates bedding-in procedure and brake fade. Easy brake modulation and control; no rising friction curve at the end of a stop.