Ngage Sintered Brake Pad (Rear) Bajaj Dominar 400 – HBS 163 | Superior Braking & Durability

Engineered for riders seeking maximum stopping power and long-lasting performance, the Ngage Sintered Brake Pad (Rear) ensures smooth, reliable braking for your Bajaj Dominar 400. Crafted from premium sintered metal, these pads provide exceptional friction, heat resistance, and consistent braking, whether navigating city streets or open highways.

Enhanced Braking Performance

• Sintered Metal Construction – Premium sintered metal ensures superior strength, heat resistance, and consistent friction.
• Improved Stopping Power – Precise and reliable braking for city commutes or high-speed rides.

Long-Lasting Durability

• Extended Lifespan – Outperforms organic pads, reducing replacements and saving costs over time.
• Tailored Fit for Bajaj Dominar 400 – Custom-designed to match your bike’s specifications for optimal performance.

Efficient Heat & Noise Management

• Heat Dissipation – Minimizes brake fade during extended or aggressive use.
• Reduced Noise & Vibration – Smooth, quiet braking without compromising power.

Upgrade your Bajaj Dominar 400 with Ngage Sintered Brake Pads – engineered for riders who demand performance, durability, and reliability in every ride.

FAQs

Q1: Are these brake pads compatible with all Bajaj Dominar 400 models?
A1: Yes, these are specifically designed for all Bajaj Dominar 400 motorcycles, ensuring a perfect fit.

Q2: How long do Ngage Sintered Brake Pads last?
A2: With proper use, these sintered brake pads last longer than standard organic pads, even under demanding conditions.

Q3: Can I use these brake pads for city and highway riding?
A3: Absolutely. They provide consistent braking performance for both urban commutes and high-speed highway rides.

Q4: Do these brake pads reduce brake noise?
A4: Yes, they are engineered to minimize vibrations and noise while maintaining excellent stopping power.

Q5: How do they handle heat during aggressive riding?
A5: The sintered metal construction ensures efficient heat dissipation, preventing brake fade and maintaining performance.