EBC Grooved G Organic Brake Shoes - Y517G

Upgrade your motorcycle's braking performance with EBC Grooved "G" Brake Shoes. These high-quality brake shoes are engineered for superior stopping power and durability, ensuring a safer and more reliable ride. EBC brake shoes deliver consistent performance in various riding conditions.

Description

EBC Grooved "G" Brake Shoes are manufactured using high-pressure die-cast aluminum platforms, providing a robust and dimensionally accurate foundation. The brake linings are securely bonded to the platform, guaranteeing long-lasting performance. Each shoe is radius-ground and edge-trimmed for precise fitment and optimal contact with the brake drum. Lead-out chamfers at the lining ends minimize noise and vibration during braking. Original-style brake shoe springs are included for straightforward installation. The multiple-angle liner grooves efficiently channel away dirt, dust, water, and debris from the braking surface. This keeps the brake components clean and increases the lifespan of the drum and shoe while enhancing overall braking effectiveness. Choose EBC for reliable and consistent braking performance.

Features & highlights

• High-pressure die-cast aluminum platforms ensure dimensional accuracy and strength.
• Bonded brake linings provide exceptional durability and stopping power.
• Radius-ground and edge-trimmed for precise fitment and optimal drum contact.
• Lead-out chamfers reduce noise and vibration for smoother braking.
• Multiple-angle liner grooves improve braking performance by channeling away debris.
• Original-style brake shoe springs included for easy installation.
• Improve braking in all conditions with these grooved brake shoes.

Technical specifications

• Fits Front & Rear (fits the Front on some motorcycles and the Rear on others)
• Brand: EBC
• Product Name: Brake Shoe
• Material: Organic
• Type: Organic Base
• Units: Set

Important to know

Ensure proper brake drum surface condition before installing new brake shoes. Follow manufacturer's recommended break-in procedure for optimal performance.