fits model: 1000.

( Brand: Sbs ), ( Manufacturer Part Number: 910SI ), ( Part Type: Pad Brake ), ( Make: Can-am )
The **SBS 910SI Sintered Front & Rear Brake Pads (Part Number: 1721-2170)** represent a premium choice for performance-oriented drivers seeking reliable, high-temperature braking solutions for their vehicles. Engineered with **sintered metallic friction material**, these pads are designed to deliver exceptional durability, consistent performance, and superior heat resistance, making them ideal for both daily driving and spirited applications. The sintered composition ensures a dense, uniform structure that resists wear, deformation, and dust buildup, providing longer-lasting pads with minimal pad thickness variation (PTV) over time. This advanced material formulation also enhances braking efficiency under heavy loads, high-speed stops, and repeated thermal cycling, ensuring predictable stopping power even in demanding conditions. The **910SI series** is particularly well-suited for vehicles equipped with high-performance brake systems, offering a balance of strong stopping power and reduced noise sensitivity compared to organic or semi-metallic alternatives. Whether installed on front or rear axles, these pads are engineered to work seamlessly with modern brake rotors, including cast iron and perforated designs, while minimizing rotor wear and maintaining optimal pedal feel. Built to meet rigorous quality standards, the **SBS 910SI** pads are a trusted upgrade for enthusiasts upgrading from stock or aftermarket pads, as well as a dependable replacement for those seeking a long-lasting, high-performance solution without compromising on safety or responsiveness. Their robust construction and consistent friction characteristics make them a standout choice for drivers who demand precision and reliability in every stop.
### **Pros and Cons of Buying SBS 910SI Sintered Front & Rear Brake Pads (Part Number: 1721-2170)**
#### **Pros:**1. **High Performance** Sintered brake pads are designed for high-temperature stability, making them ideal for performance driving, aggressive braking, and heavy loads. They maintain consistent braking power even under demanding conditions.
2. **Durability** Sintered materials are more resistant to wear and deformation compared to organic or semi-metallic pads, extending pad life, especially in demanding applications like towing or track use.
3. **Consistent Braking** Less dust and debris are produced compared to organic pads, leading to cleaner wheels and better brake performance over time.
4. **Heat Resistance** Sintered pads excel in high-heat scenarios, such as downhill driving or repeated hard braking, without losing effectiveness or warping.
5. **Compatibility** These pads are designed for specific applications (likely for performance or heavy-duty vehicles), ensuring a proper fit and optimal braking performance when installed correctly.
6. **Long-Lasting** Due to their robust construction, they often outlast standard pads, reducing the need for frequent replacements.
7. **Minimal Noise** Compared to some semi-metallic pads, sintered pads tend to produce less brake squeal or grinding noise, though this can vary based on rotor condition and installation.
---
#### **Cons:**1. **Higher Cost** Sintered brake pads are generally more expensive than organic or semi-metallic alternatives, which may be a drawback for budget-conscious buyers.
2. **Harsh Braking Feel** Some drivers report a firmer, less "soft" braking feel compared to organic pads, which may not suit those preferring a more cushioned stop.
3. **Potential for Glazing** Under extreme heat or heavy use, sintered pads can develop a glazed surface, reducing friction and requiring resurfacing or replacement.
4. **Rotor Wear** Sintered pads can accelerate rotor wear if not paired with high-quality rotors, potentially leading to more frequent rotor replacements.
5. **Limited Use for Light-Duty Vehicles** While durable, sintered pads may be overkill for everyday commuting or light vehicles, where organic or semi-metallic pads would suffice.
6. **Installation Sensitivity** Improper installation (e.g., uneven bedding) can lead to reduced performance or premature wear, requiring careful attention during fitting.
7. **Environmental Concerns** Sintered pads contain metal fibers, which may raise environmental or disposal considerations compared to organic pads.
---
### **Conclusion:**The **SBS 910SI sintered brake pads (1721-2170)** are an excellent choice for **performance vehicles, heavy-duty applications, or drivers who prioritize durability and consistent braking under high heat**. Their superior heat resistance and longevity make them ideal for enthusiasts, tow vehicles, or those who frequently engage in spirited driving. However, their higher cost and firmer braking feel may not appeal to casual drivers or those on a tight budget. If your vehicle experiences heavy braking loads, requires extended pad life, or is used in performance scenarios, these pads are a strong recommendation. For everyday driving, a more budget-friendly option (e.g., semi-metallic or high-performance organic pads) might be sufficient.
### **Recommendation:** **Buy these pads if:**- You drive a performance or heavy-duty vehicle.
- You frequently tow or engage in aggressive braking.
- You prioritize longevity and heat resistance over cost.
- Your rotors are in good condition and compatible with sintered pads.
**Avoid these pads if:**- You re on a tight budget and need a cost-effective solution.
- Your vehicle is used primarily for light, everyday driving.
- You prefer a softer, more progressive braking feel.
- You re unsure about proper installation or rotor compatibility.
For best results, pair them with high-quality rotors and follow proper bedding-in procedures to maximize performance and lifespan.
Can-Am Out lander Max 650 EFI XT 2016. Advanced sauntering process technology is perfect for all types of off-road riding. Formulation also offers brake pad longevity. Can-Am Out lander Max 650 EFI XT 2015.
Sold as: Set. Can-Am Out lander 800R EFI 2013. High coefficient of friction provides maximum stopping power. Can-Am Out lander 800R EFI 2012.
Uniquely designed to withstand highly abrasive conditions, especially in extremely wet and muddy environments. Any damage claims may be exchanged for the identical item only.