EBC Powersports

EBC 16-22 Honda SXS 1000 Pioneer 2 Seater Rear Right SV Brake Pads - FA704SV

(No reviews yet) Write a Review
SKU:
EBCFA704SV
UPC:
889668134513
MPN:
FA704SV
Availability:
Regularly stocked product
MSRP: $43.04
$40.89
— You save $2.15
Current Stock: 10

Sold Out

Frequently bought together:

Description

What is the primary benefit of the EBC SV Brake Pads?
EBC SV Brake Pads deliver extended braking performance and significantly longer pad life due to their durable, high-density compound.

Are these brake pads easy to install?
Professional installation is recommended for EBC SV Brake Pads to ensure optimal performance and safety of these advanced brake pads.

EBC SV Brake Pads are engineered for drivers seeking extended pad life and robust performance, excelling in Street Performance with a high score. Their high-density version of the successful R series blend ensures they last longer than anything else in the EBC family. Experience confidence in superior braking with these demanding applications.

Key Features

  • high density version of our successful R series pad blend
  • higher in density
  • last longer than anything else in the EBC family
  • stand up against any pad you can buy
  • very low in rotor abrasion
  • will not damage your brake rotor

Why Choose the EBC SV Brake Pads

Delivers extended braking performance with a durable, high-density compound.

Achieves significantly longer pad life for fewer replacements.

Provides superior rotor protection, preventing costly damage.

Transforms your ride with consistent, reliable stopping power.

Who Is This For?

Street Performance — 8/10
High density blend offers enhanced performance.

Track / Autocross — 7/10
Designed for demanding performance applications.

Racing Competition — 7/10
Claims to stand up against any pad.

Daily Driving Comfort — 6/10
Low rotor abrasion suggests less noise.

Frequently Asked Questions

How do EBC SV Brake Pads compare to OEM for performance driving?

Upgrading to EBC SV Brake Pads delivers a significant performance improvement over OEM components. Their high-density compound achieves an 8/10 for Street Performance usage, offering enhanced braking power for demanding drivers. You can trust this upgrade to transform your braking experience.

What is the recommended installation process for EBC SV Brake Pads?

Professional installation is recommended for EBC SV Brake Pads to ensure optimal performance and safety. Confirm proper fitment and installation with a qualified technician for reliable stopping power. This ensures your braking system functions at its peak.

What kind of braking performance can I expect from EBC SV Brake Pads on the track?

EBC SV Brake Pads provide robust performance for track and autocross use, scoring a 7/10 in these demanding applications. Their durable, high-density compound ensures consistent stopping power lap after lap. Rely on these pads for superior track day performance.

Are EBC SV Brake Pads a worthwhile upgrade for performance street driving?

Investing in EBC SV Brake Pads is highly recommended for performance street driving enthusiasts. The high-density blend offers enhanced performance, as indicated by its 8/10 Street Performance score. This upgrade provides a noticeable and reliable improvement in stopping capability.

What makes EBC SV Brake Pads last longer than other EBC options?

EBC SV Brake Pads are designed with a high-density version of their successful R series pad blend. This increased density contributes to significantly longer pad life, outperforming other pads in the EBC family. Experience extended durability and fewer replacements.

Important Notices

⚠️ Proposition 65 Warning: This product can expose you to chemicals including lead and/or other substances known to the State of California to cause cancer, birth defects, or other reproductive harm. For more information, visit www.P65Warnings.ca.gov.

View AllClose

Additional Information

Case Lot Quantity:
1
Category:
Brakes, Rotors & Pads>Brake Pads - Performance
Clearance Item:
N
MPN:
FA704SV
Proposition 65:
Y
Universal Fitment:
Y
View AllClose