MOTO GUZZI NEVADA 750 Classic [EBC] – Semi-sintered “V” front brake pads

✔️ New part
ID: 15694459961670

$35.58 USD

DELIVERY
Ready to ship | in 2-6 business days
Delivery with DHL in 7-14 business days.
PRODUCT DESCRIPTION

Buy together and save 10%

MOTO GUZZI NEVADA 750 Classic [EBC] – Semi-sintered “V” front brake pads$35.58+MOTO GUZZI NEVADA 750 Classic [EBC] – X-Series front brake disc$320.23
Together:$355.81$320.22

These EBC brake pads from the FA-V series are designed as a semi-sintered mixture (sintered metal/organic) and are intended for front use - a suitable choice for replacement on individual brake calipers.

Properties

  • Brand: EBC
  • Series: FA-V
  • Base material according to Parts-Europe: Sintered Metal/Organic Compound (semi-sintered)
  • Product type: Brake Pads - Sintered Metal
  • Shipping/packaging dimensions (L × W × H): 170 × 139 × 12 mm
  • Gross weight: 0.237

Vehicle assignment

  • Motorcycle: MOTO GUZZI NEVADA 750 Classic
  • Year of construction: 2005
  • Installation position: front

Scope of delivery

  • 1 × brake pad set for one brake caliper

Assembly instructions

Before assembly, please compare the vehicle model, year of manufacture and installation position (front) based on the vehicle data.

Description

These EBC brake pads from the FA-V series are designed as a semi-sintered mixture (sintered metal/organic) and are intended for front use - a suitable choice for replacement on individual brake calipers.

Properties

  • Brand: EBC
  • Series: FA-V
  • Base material according to Parts-Europe: Sintered Metal/Organic Compound (semi-sintered)
  • Product type: Brake Pads - Sintered Metal
  • Shipping/packaging dimensions (L × W × H): 170 × 139 × 12 mm
  • Gross weight: 0.237

Vehicle assignment

  • Motorcycle: MOTO GUZZI NEVADA 750 Classic
  • Year of construction: 2005
  • Installation position: front

Scope of delivery

  • 1 × brake pad set for one brake caliper

Assembly instructions

Before assembly, please compare the vehicle model, year of manufacture and installation position (front) based on the vehicle data.

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